<?xml version="1.0" encoding="UTF-8" ?>
<!-- XML file for Tools/Options/General/Parameters and Measures of Dimensions display of  2006 -->
<st:repository xsi:schemaLocation="urn:com:dassault_systemes:settings settings.xsd" xmlns:st="urn:com:dassault_systemes:settings" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
  <st:Description name="cke" PrimaryTabpage="/General/Parameters and Measures">
    <st:role>Units</st:role>
    <st:detailedRole>Enable to select a current unit for each magnitude</st:detailedRole>
    <st:RepositoryFile>cke</st:RepositoryFile>
    <st:version>1</st:version>
    <st:compatibility>
       <st:FullCompatibilityfromLevel>1</st:FullCompatibilityfromLevel>
       <st:UpwardCompatibilityfromLevel>1</st:UpwardCompatibilityfromLevel>
    </st:compatibility>
  </st:Description>
  <st:attributes>
    <st:attribute Name="LENGTH">
      <st:role>Length</st:role>
      <st:int>
        <st:enum>
          <st:role>Millimeter</st:role>
          <st:value>1</st:value>
          <st:role>Meter</st:role>
          <st:value>2</st:value>
          <st:role>Centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Kilometer</st:role>
          <st:value>4</st:value>
          <st:role>Inch</st:role>
          <st:value>5</st:value>
          <st:role>Foot</st:role>
          <st:value>6</st:value>
          <st:role>Feet,Inch,Fraction/64</st:role>
          <st:value>7</st:value>
          <st:role>Feet,Inch,Fraction/16</st:role>
          <st:value>8</st:value>
          <st:role>Feet, Inch, Decimal</st:role>
          <st:value>9</st:value>
          <st:role>Micrometer</st:role>
          <st:value>10</st:value>
          <st:role>Yard</st:role>
          <st:value>11</st:value>
          <st:role>Mile</st:role>
          <st:value>12</st:value>
          <st:role>Nanometer</st:role>
          <st:value>13</st:value>
          <st:role>Hectometer</st:role>
          <st:value>14</st:value>
          <st:role>Nautical mile</st:role>
          <st:value>15</st:value>
          <st:role>Decimeter</st:role>
          <st:value>16</st:value>
          <st:role>Angstrom</st:role>
          <st:value>17</st:value>
          <st:role>Centimillimeter</st:role>
          <st:value>18</st:value>
          <st:role>Thousandth of an inch</st:role>
          <st:value>19</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LENGTH_Large">
      <st:role>Unit index for magnitude LENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LENGTH_ExtraLarge">
      <st:role>Unit index for magnitude LENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LENGTH_Small">
      <st:role>Unit index for magnitude LENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LENGTH_ExtraSmall">
      <st:role>Unit index for magnitude LENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LENGTH_Nanometric">
      <st:role>Unit index for magnitude LENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGLE">
      <st:role>Angle</st:role>
      <st:int>
        <st:enum>
          <st:role>Degree</st:role>
          <st:value>1</st:value>
          <st:role>Radian</st:role>
          <st:value>2</st:value>
          <st:role>Grade</st:role>
          <st:value>3</st:value>
          <st:role>Degree, Minute, Second</st:role>
          <st:value>4</st:value>
          <st:role>Turn</st:role>
          <st:value>5</st:value>
          <st:role>Milliradian</st:role>
          <st:value>6</st:value>
          <st:role>Inch per foot</st:role>
          <st:value>7</st:value>
          <st:role>Angle percent</st:role>
          <st:value>8</st:value>
          <st:role>U in V</st:role>
          <st:value>9</st:value>
          <st:role>V in U</st:role>
          <st:value>10</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGLE_Large">
      <st:role>Unit index for magnitude ANGLE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGLE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGLE_ExtraLarge">
      <st:role>Unit index for magnitude ANGLE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGLE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGLE_Small">
      <st:role>Unit index for magnitude ANGLE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGLE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGLE_ExtraSmall">
      <st:role>Unit index for magnitude ANGLE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGLE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGLE_Nanometric">
      <st:role>Unit index for magnitude ANGLE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGLE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME">
      <st:role>Time</st:role>
      <st:int>
        <st:enum>
          <st:role>Second</st:role>
          <st:value>1</st:value>
          <st:role>Millisecond</st:role>
          <st:value>2</st:value>
          <st:role>Hour</st:role>
          <st:value>3</st:value>
          <st:role>Minute</st:role>
          <st:value>4</st:value>
          <st:role>Day</st:role>
          <st:value>5</st:value>
          <st:role>year</st:role>
          <st:value>6</st:value>
          <st:role>HH:MM:SS</st:role>
          <st:value>7</st:value>
          <st:role>Week</st:role>
          <st:value>8</st:value>
          <st:role>A tenth of an hour</st:role>
          <st:value>9</st:value>
          <st:role>A hundredth of an hour</st:role>
          <st:value>10</st:value>
          <st:role>A thousandth of an hour</st:role>
          <st:value>11</st:value>
          <st:role>Time measurement unit</st:role>
          <st:value>12</st:value>
          <st:role>A hundredth of a minute</st:role>
          <st:value>13</st:value>
          <st:role>Industrial minute</st:role>
          <st:value>14</st:value>
          <st:role>Workfactor</st:role>
          <st:value>15</st:value>
          <st:role>A thousandth of a minute</st:role>
          <st:value>16</st:value>
          <st:role>Centisecond</st:role>
          <st:value>17</st:value>
          <st:role>Decisecond</st:role>
          <st:value>18</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_Large">
      <st:role>Unit index for magnitude TIME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_ExtraLarge">
      <st:role>Unit index for magnitude TIME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_Small">
      <st:role>Unit index for magnitude TIME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_ExtraSmall">
      <st:role>Unit index for magnitude TIME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_Nanometric">
      <st:role>Unit index for magnitude TIME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS">
      <st:role>Mass</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Gram</st:role>
          <st:value>2</st:value>
          <st:role>Milligram</st:role>
          <st:value>3</st:value>
          <st:role>Tonne</st:role>
          <st:value>4</st:value>
          <st:role>Pound</st:role>
          <st:value>5</st:value>
          <st:role>Ounce</st:role>
          <st:value>6</st:value>
          <st:role>Slug</st:role>
          <st:value>7</st:value>
          <st:role>Pound force x square second per inch</st:role>
          <st:value>8</st:value>
          <st:role>Gravity tonne</st:role>
          <st:value>9</st:value>
          <st:role>Kilogram force squared second per meter</st:role>
          <st:value>10</st:value>
          <st:role>Kilogram force squared second per millimeter</st:role>
          <st:value>11</st:value>
          <st:role>Kilogram force squared second per centimeter</st:role>
          <st:value>12</st:value>
          <st:role>Pound force squared second per inch</st:role>
          <st:value>13</st:value>
          <st:role>Pound force squared second per foot</st:role>
          <st:value>14</st:value>
          <st:role>Hectogram</st:role>
          <st:value>15</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_Large">
      <st:role>Unit index for magnitude MASS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_ExtraLarge">
      <st:role>Unit index for magnitude MASS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_Small">
      <st:role>Unit index for magnitude MASS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_ExtraSmall">
      <st:role>Unit index for magnitude MASS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_Nanometric">
      <st:role>Unit index for magnitude MASS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME">
      <st:role>Volume</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Cubic centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Cubic inch</st:role>
          <st:value>4</st:value>
          <st:role>Cubic foot</st:role>
          <st:value>5</st:value>
          <st:role>Liter</st:role>
          <st:value>6</st:value>
          <st:role>Gallon</st:role>
          <st:value>7</st:value>
          <st:role>Barrel</st:role>
          <st:value>8</st:value>
          <st:role>cubic yard</st:role>
          <st:value>9</st:value>
          <st:role>Cubic decimeter</st:role>
          <st:value>10</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_Large">
      <st:role>Unit index for magnitude VOLUME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_Small">
      <st:role>Unit index for magnitude VOLUME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_Nanometric">
      <st:role>Unit index for magnitude VOLUME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY">
      <st:role>Density</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per m3</st:role>
          <st:value>1</st:value>
          <st:role>Pound per cubic foot</st:role>
          <st:value>2</st:value>
          <st:role>Pound per cubic inch</st:role>
          <st:value>3</st:value>
          <st:role>Tonne per cubic millimeter</st:role>
          <st:value>4</st:value>
          <st:role>Kilogram per cubic millimeter</st:role>
          <st:value>5</st:value>
          <st:role>Gram per cube centimeter</st:role>
          <st:value>6</st:value>
          <st:role>Gram per cube millimeter</st:role>
          <st:value>7</st:value>
          <st:role>Slug per cubic foot</st:role>
          <st:value>8</st:value>
          <st:role>Slinch per cubic inch</st:role>
          <st:value>9</st:value>
          <st:role>Milligram per liter</st:role>
          <st:value>10</st:value>
          <st:role>Gram per liter</st:role>
          <st:value>11</st:value>
          <st:role>Kilogram per cubic decimeter</st:role>
          <st:value>12</st:value>
          <st:role>Gram per milliliter</st:role>
          <st:value>13</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_Large">
      <st:role>Unit index for magnitude DENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ExtraLarge">
      <st:role>Unit index for magnitude DENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_Small">
      <st:role>Unit index for magnitude DENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ExtraSmall">
      <st:role>Unit index for magnitude DENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_Nanometric">
      <st:role>Unit index for magnitude DENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AREA">
      <st:role>Area</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Square centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Square inch</st:role>
          <st:value>4</st:value>
          <st:role>Square foot</st:role>
          <st:value>5</st:value>
          <st:role>square yard</st:role>
          <st:value>6</st:value>
          <st:role>Square kilometer</st:role>
          <st:value>7</st:value>
          <st:role>Square hectometer</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AREA_Large">
      <st:role>Unit index for magnitude AREA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude AREA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AREA_ExtraLarge">
      <st:role>Unit index for magnitude AREA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude AREA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AREA_Small">
      <st:role>Unit index for magnitude AREA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude AREA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AREA_ExtraSmall">
      <st:role>Unit index for magnitude AREA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude AREA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AREA_Nanometric">
      <st:role>Unit index for magnitude AREA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude AREA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIAMOMENT">
      <st:role>Inertia Product</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram Square Meter</st:role>
          <st:value>1</st:value>
          <st:role>Gram Square Millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Pound x square inch</st:role>
          <st:value>3</st:value>
          <st:role>Tonne x square millimeter</st:role>
          <st:value>4</st:value>
          <st:role>Kilogram x square millimeter</st:role>
          <st:value>5</st:value>
          <st:role>Slug square foot</st:role>
          <st:value>6</st:value>
          <st:role>Slinch square inch</st:role>
          <st:value>7</st:value>
          <st:role>Gram square centimeter</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIAMOMENT_Large">
      <st:role>Unit index for magnitude INERTIAMOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIAMOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIAMOMENT_ExtraLarge">
      <st:role>Unit index for magnitude INERTIAMOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIAMOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIAMOMENT_Small">
      <st:role>Unit index for magnitude INERTIAMOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIAMOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIAMOMENT_ExtraSmall">
      <st:role>Unit index for magnitude INERTIAMOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIAMOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIAMOMENT_Nanometric">
      <st:role>Unit index for magnitude INERTIAMOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIAMOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY">
      <st:role>Energy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule</st:role>
          <st:value>1</st:value>
          <st:role>Watt X Hour</st:role>
          <st:value>2</st:value>
          <st:role>British thermal unit</st:role>
          <st:value>3</st:value>
          <st:role>Pound force x foot</st:role>
          <st:value>4</st:value>
          <st:role>Kilowatt Hours</st:role>
          <st:value>5</st:value>
          <st:role>Erg</st:role>
          <st:value>6</st:value>
          <st:role>Kilojoule</st:role>
          <st:value>7</st:value>
          <st:role>Megajoule</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_Large">
      <st:role>Unit index for magnitude ENERGY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_ExtraLarge">
      <st:role>Unit index for magnitude ENERGY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_Small">
      <st:role>Unit index for magnitude ENERGY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_ExtraSmall">
      <st:role>Unit index for magnitude ENERGY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_Nanometric">
      <st:role>Unit index for magnitude ENERGY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE">
      <st:role>Force</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton</st:role>
          <st:value>1</st:value>
          <st:role>Pound Force</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per square second</st:role>
          <st:value>3</st:value>
          <st:role>Millimeter x kilogram per square second</st:role>
          <st:value>4</st:value>
          <st:role>Dyne</st:role>
          <st:value>5</st:value>
          <st:role>Kilogram force</st:role>
          <st:value>6</st:value>
          <st:role>Micronewton</st:role>
          <st:value>7</st:value>
          <st:role>Kilo Newton</st:role>
          <st:value>8</st:value>
          <st:role>kilo pound force</st:role>
          <st:value>9</st:value>
          <st:role>Decanewton</st:role>
          <st:value>10</st:value>
          <st:role>Ounce force</st:role>
          <st:value>11</st:value>
          <st:role>Joule per meter</st:role>
          <st:value>12</st:value>
          <st:role>CentiNewton</st:role>
          <st:value>13</st:value>
          <st:role>Gram force</st:role>
          <st:value>14</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_Large">
      <st:role>Unit index for magnitude FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_ExtraLarge">
      <st:role>Unit index for magnitude FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_Small">
      <st:role>Unit index for magnitude FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_ExtraSmall">
      <st:role>Unit index for magnitude FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_Nanometric">
      <st:role>Unit index for magnitude FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIA">
      <st:role>Inertia</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter ** 4</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter ** 4</st:role>
          <st:value>2</st:value>
          <st:role>Centimeter ** 4</st:role>
          <st:value>3</st:value>
          <st:role>Inch ** 4</st:role>
          <st:value>4</st:value>
          <st:role>Foot ** 4</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIA_Large">
      <st:role>Unit index for magnitude INERTIA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIA_ExtraLarge">
      <st:role>Unit index for magnitude INERTIA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIA_Small">
      <st:role>Unit index for magnitude INERTIA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIA_ExtraSmall">
      <st:role>Unit index for magnitude INERTIA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INERTIA_Nanometric">
      <st:role>Unit index for magnitude INERTIA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INERTIA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSFLOW">
      <st:role>Mass flow</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per second</st:role>
          <st:value>1</st:value>
          <st:role>Pound per hour</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram per hour</st:role>
          <st:value>3</st:value>
          <st:role>Pound per minute</st:role>
          <st:value>4</st:value>
          <st:role>Tonne per day</st:role>
          <st:value>5</st:value>
          <st:role>Gram per ten minutes</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSFLOW_Large">
      <st:role>Unit index for magnitude MASSFLOW in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSFLOW in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSFLOW_ExtraLarge">
      <st:role>Unit index for magnitude MASSFLOW in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSFLOW in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSFLOW_Small">
      <st:role>Unit index for magnitude MASSFLOW in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSFLOW in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSFLOW_ExtraSmall">
      <st:role>Unit index for magnitude MASSFLOW in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSFLOW in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSFLOW_Nanometric">
      <st:role>Unit index for magnitude MASSFLOW in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSFLOW in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT">
      <st:role>Moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton x Meter</st:role>
          <st:value>1</st:value>
          <st:role>Pound force x Inch</st:role>
          <st:value>2</st:value>
          <st:role>Newton x Millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter x tonne per square second</st:role>
          <st:value>4</st:value>
          <st:role>Square millimeter x kilogram per square second</st:role>
          <st:value>5</st:value>
          <st:role>Kilogram force x centimeter</st:role>
          <st:value>6</st:value>
          <st:role>Pound force foot</st:role>
          <st:value>7</st:value>
          <st:role>Dyne centimeter</st:role>
          <st:value>8</st:value>
          <st:role>MicroNewton millimeter</st:role>
          <st:value>9</st:value>
          <st:role>Decanewton x millimeter</st:role>
          <st:value>10</st:value>
          <st:role>Kilogram force x millimeter</st:role>
          <st:value>11</st:value>
          <st:role>Ounce force inch</st:role>
          <st:value>12</st:value>
          <st:role>Kilogram force per meter</st:role>
          <st:value>13</st:value>
          <st:role>Ounce force foot</st:role>
          <st:value>14</st:value>
          <st:role>Decinewton meter</st:role>
          <st:value>15</st:value>
          <st:role>Newton centimeter</st:role>
          <st:value>16</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_Large">
      <st:role>Unit index for magnitude MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_Small">
      <st:role>Unit index for magnitude MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_Nanometric">
      <st:role>Unit index for magnitude MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE">
      <st:role>Pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Pascal</st:role>
          <st:value>2</st:value>
          <st:role>Lb.force per square inch</st:role>
          <st:value>3</st:value>
          <st:role>Bar Absolute</st:role>
          <st:value>4</st:value>
          <st:role>Bar Gauge</st:role>
          <st:value>5</st:value>
          <st:role>miliPascal</st:role>
          <st:value>6</st:value>
          <st:role>kiloPascal</st:role>
          <st:value>7</st:value>
          <st:role>Tonne per millimeter x square second</st:role>
          <st:value>8</st:value>
          <st:role>Kilogram per millimeter x square second</st:role>
          <st:value>9</st:value>
          <st:role>Megapascal</st:role>
          <st:value>10</st:value>
          <st:role>Gigapascal</st:role>
          <st:value>11</st:value>
          <st:role>Kilogram force per square centimeter</st:role>
          <st:value>12</st:value>
          <st:role>Kilogram force per square millimeter</st:role>
          <st:value>13</st:value>
          <st:role>Pound force per square foot</st:role>
          <st:value>14</st:value>
          <st:role>Dyne per square centimeter</st:role>
          <st:value>15</st:value>
          <st:role>Hectobara</st:role>
          <st:value>16</st:value>
          <st:role>Inch of mercury</st:role>
          <st:value>17</st:value>
          <st:role>Millimeter of mercury</st:role>
          <st:value>18</st:value>
          <st:role>Millibara</st:role>
          <st:value>19</st:value>
          <st:role>Newton per square millimeter</st:role>
          <st:value>20</st:value>
          <st:role>DecaNewton per square centimeter</st:role>
          <st:value>21</st:value>
          <st:role>Millibar Gauge</st:role>
          <st:value>22</st:value>
          <st:role>Psi Gauge</st:role>
          <st:value>23</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_Large">
      <st:role>Unit index for magnitude PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_Small">
      <st:role>Unit index for magnitude PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_Nanometric">
      <st:role>Unit index for magnitude PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RSTIFNES">
      <st:role>Angular stiffness</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton.meter per radian</st:role>
          <st:value>1</st:value>
          <st:role>Newton.mm per mradian</st:role>
          <st:value>2</st:value>
          <st:role>Pound force.inch per rad</st:role>
          <st:value>3</st:value>
          <st:role>Newton millimeter per radian</st:role>
          <st:value>4</st:value>
          <st:role>Pound force foot per radian</st:role>
          <st:value>5</st:value>
          <st:role>Pound force foot per degree</st:role>
          <st:value>6</st:value>
          <st:role>Pound force inch per degree</st:role>
          <st:value>7</st:value>
          <st:role>Newton meter per degree</st:role>
          <st:value>8</st:value>
          <st:role>Dyne centimeter per radian</st:role>
          <st:value>9</st:value>
          <st:role>Dyne centimeter per degree</st:role>
          <st:value>10</st:value>
          <st:role>MicroNewton millimeter per radian</st:role>
          <st:value>11</st:value>
          <st:role>MicroNewton millimeter per degree</st:role>
          <st:value>12</st:value>
          <st:role>Newton millimeter per degree</st:role>
          <st:value>13</st:value>
          <st:role>Square meter x kilogram per square second</st:role>
          <st:value>14</st:value>
          <st:role>Square millimeter x kilogram per square second per radian</st:role>
          <st:value>15</st:value>
          <st:role>Square millimeter x tonne per square second per radian</st:role>
          <st:value>16</st:value>
          <st:role>Square inch x pound per square second per radian</st:role>
          <st:value>17</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RSTIFNES_Large">
      <st:role>Unit index for magnitude RSTIFNES in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RSTIFNES in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RSTIFNES_ExtraLarge">
      <st:role>Unit index for magnitude RSTIFNES in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RSTIFNES in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RSTIFNES_Small">
      <st:role>Unit index for magnitude RSTIFNES in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RSTIFNES in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RSTIFNES_ExtraSmall">
      <st:role>Unit index for magnitude RSTIFNES in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RSTIFNES in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RSTIFNES_Nanometric">
      <st:role>Unit index for magnitude RSTIFNES in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RSTIFNES in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPRTRE">
      <st:role>Temperature</st:role>
      <st:int>
        <st:enum>
          <st:role>Kelvin degree</st:role>
          <st:value>1</st:value>
          <st:role>Celsius degree</st:role>
          <st:value>2</st:value>
          <st:role>Fahrenheit degree</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPRTRE_Large">
      <st:role>Unit index for magnitude TEMPRTRE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPRTRE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPRTRE_ExtraLarge">
      <st:role>Unit index for magnitude TEMPRTRE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPRTRE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPRTRE_Small">
      <st:role>Unit index for magnitude TEMPRTRE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPRTRE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPRTRE_ExtraSmall">
      <st:role>Unit index for magnitude TEMPRTRE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPRTRE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPRTRE_Nanometric">
      <st:role>Unit index for magnitude TEMPRTRE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPRTRE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEMASS">
      <st:role>Linear mass</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per meter</st:role>
          <st:value>1</st:value>
          <st:role>Pound per foot</st:role>
          <st:value>2</st:value>
          <st:role>Pound per inch</st:role>
          <st:value>3</st:value>
          <st:role>Gram per meter</st:role>
          <st:value>4</st:value>
          <st:role>Tonne per meter</st:role>
          <st:value>5</st:value>
          <st:role>Kilogram per hectometer</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEMASS_Large">
      <st:role>Unit index for magnitude LINEMASS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEMASS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEMASS_ExtraLarge">
      <st:role>Unit index for magnitude LINEMASS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEMASS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEMASS_Small">
      <st:role>Unit index for magnitude LINEMASS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEMASS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEMASS_ExtraSmall">
      <st:role>Unit index for magnitude LINEMASS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEMASS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEMASS_Nanometric">
      <st:role>Unit index for magnitude LINEMASS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEMASS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TSTIFNES">
      <st:role>Stiffness Constant</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Pound Force per foot</st:role>
          <st:value>3</st:value>
          <st:role>Pound Force per inch</st:role>
          <st:value>4</st:value>
          <st:role>Dyne per centimeter</st:role>
          <st:value>5</st:value>
          <st:role>MicroNewton per millimeter</st:role>
          <st:value>6</st:value>
          <st:role>Decanewton per millimeter</st:role>
          <st:value>7</st:value>
          <st:role>Kilo newton per meter</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TSTIFNES_Large">
      <st:role>Unit index for magnitude TSTIFNES in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TSTIFNES in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TSTIFNES_ExtraLarge">
      <st:role>Unit index for magnitude TSTIFNES in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TSTIFNES in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TSTIFNES_Small">
      <st:role>Unit index for magnitude TSTIFNES in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TSTIFNES in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TSTIFNES_ExtraSmall">
      <st:role>Unit index for magnitude TSTIFNES in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TSTIFNES in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TSTIFNES_Nanometric">
      <st:role>Unit index for magnitude TSTIFNES in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TSTIFNES in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOL_FLOW">
      <st:role>Volumetric flow</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Cubic meter per hour</st:role>
          <st:value>2</st:value>
          <st:role>Cubic foot per hour</st:role>
          <st:value>3</st:value>
          <st:role>US gallon per minute</st:role>
          <st:value>4</st:value>
          <st:role>Barrel per hour</st:role>
          <st:value>5</st:value>
          <st:role>Barrel per day</st:role>
          <st:value>6</st:value>
          <st:role>Cubic foot per minute</st:role>
          <st:value>7</st:value>
          <st:role>Liter per second</st:role>
          <st:value>8</st:value>
          <st:role>Myria cubic meter per day</st:role>
          <st:value>9</st:value>
          <st:role>Liter per hour</st:role>
          <st:value>10</st:value>
          <st:role>US gallon per hour</st:role>
          <st:value>11</st:value>
          <st:role>Cubic centimeter per minute</st:role>
          <st:value>12</st:value>
          <st:role>Actual cubic feet per hour</st:role>
          <st:value>13</st:value>
          <st:role>Actual cubic feet per minute</st:role>
          <st:value>14</st:value>
          <st:role>Normal cubic meter per hour</st:role>
          <st:value>15</st:value>
          <st:role>Normal liter per hour</st:role>
          <st:value>16</st:value>
          <st:role>Standard cubic feet per minute</st:role>
          <st:value>17</st:value>
          <st:role>Liter per minute</st:role>
          <st:value>18</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOL_FLOW_Large">
      <st:role>Unit index for magnitude VOL_FLOW in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOL_FLOW in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOL_FLOW_ExtraLarge">
      <st:role>Unit index for magnitude VOL_FLOW in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOL_FLOW in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOL_FLOW_Small">
      <st:role>Unit index for magnitude VOL_FLOW in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOL_FLOW in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOL_FLOW_ExtraSmall">
      <st:role>Unit index for magnitude VOL_FLOW in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOL_FLOW in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOL_FLOW_Nanometric">
      <st:role>Unit index for magnitude VOL_FLOW in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOL_FLOW in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY">
      <st:role>Frequency</st:role>
      <st:int>
        <st:enum>
          <st:role>Hertz</st:role>
          <st:value>1</st:value>
          <st:role>Kilohertz</st:role>
          <st:value>2</st:value>
          <st:role>MilliHertz</st:role>
          <st:value>3</st:value>
          <st:role>MegaHertz</st:role>
          <st:value>4</st:value>
          <st:role>GigaHertz</st:role>
          <st:value>5</st:value>
          <st:role>Tera Hertz</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_Large">
      <st:role>Unit index for magnitude FREQUENCY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_ExtraLarge">
      <st:role>Unit index for magnitude FREQUENCY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_Small">
      <st:role>Unit index for magnitude FREQUENCY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_ExtraSmall">
      <st:role>Unit index for magnitude FREQUENCY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_Nanometric">
      <st:role>Unit index for magnitude FREQUENCY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER">
      <st:role>Electric power</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt</st:role>
          <st:value>1</st:value>
          <st:role>Kilowatt</st:role>
          <st:value>2</st:value>
          <st:role>Chevaux-vapeur</st:role>
          <st:value>3</st:value>
          <st:role>hp</st:role>
          <st:value>4</st:value>
          <st:role>Pound force foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Mega Watt</st:role>
          <st:value>6</st:value>
          <st:role>milli Watt</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_Large">
      <st:role>Unit index for magnitude POWER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_ExtraLarge">
      <st:role>Unit index for magnitude POWER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_Small">
      <st:role>Unit index for magnitude POWER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_ExtraSmall">
      <st:role>Unit index for magnitude POWER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_Nanometric">
      <st:role>Unit index for magnitude POWER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE">
      <st:role>Voltage</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt</st:role>
          <st:value>1</st:value>
          <st:role>Kilovolt</st:role>
          <st:value>2</st:value>
          <st:role>Millivolt</st:role>
          <st:value>3</st:value>
          <st:role>Mega Volt</st:role>
          <st:value>4</st:value>
          <st:role>micro Volt</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_Large">
      <st:role>Unit index for magnitude VOLTAGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_ExtraLarge">
      <st:role>Unit index for magnitude VOLTAGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_Small">
      <st:role>Unit index for magnitude VOLTAGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_ExtraSmall">
      <st:role>Unit index for magnitude VOLTAGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_Nanometric">
      <st:role>Unit index for magnitude VOLTAGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTANCE">
      <st:role>Electric resistance</st:role>
      <st:int>
        <st:enum>
          <st:role>Ohm</st:role>
          <st:value>1</st:value>
          <st:role>Kiloohm</st:role>
          <st:value>2</st:value>
          <st:role>Milliohm</st:role>
          <st:value>3</st:value>
          <st:role>Giga Ohm</st:role>
          <st:value>4</st:value>
          <st:role>Mega Ohm</st:role>
          <st:value>5</st:value>
          <st:role>micro Ohm</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTANCE_Large">
      <st:role>Unit index for magnitude RESISTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTANCE_ExtraLarge">
      <st:role>Unit index for magnitude RESISTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTANCE_Small">
      <st:role>Unit index for magnitude RESISTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTANCE_ExtraSmall">
      <st:role>Unit index for magnitude RESISTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTANCE_Nanometric">
      <st:role>Unit index for magnitude RESISTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COURANT">
      <st:role>Electric intensity</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere</st:role>
          <st:value>1</st:value>
          <st:role>Kiloampere</st:role>
          <st:value>2</st:value>
          <st:role>Milliampere</st:role>
          <st:value>3</st:value>
          <st:role>Micro Ampere</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COURANT_Large">
      <st:role>Unit index for magnitude COURANT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude COURANT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COURANT_ExtraLarge">
      <st:role>Unit index for magnitude COURANT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude COURANT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COURANT_Small">
      <st:role>Unit index for magnitude COURANT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude COURANT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COURANT_ExtraSmall">
      <st:role>Unit index for magnitude COURANT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude COURANT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COURANT_Nanometric">
      <st:role>Unit index for magnitude COURANT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude COURANT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELRTN">
      <st:role>Acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per square second</st:role>
          <st:value>1</st:value>
          <st:role>Foot per square second</st:role>
          <st:value>2</st:value>
          <st:role>Inch per square second</st:role>
          <st:value>3</st:value>
          <st:role>Millimeter per square second</st:role>
          <st:value>4</st:value>
          <st:role>Centimeter per square second</st:role>
          <st:value>5</st:value>
          <st:role>Gravity</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELRTN_Large">
      <st:role>Unit index for magnitude ACCELRTN in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELRTN in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELRTN_ExtraLarge">
      <st:role>Unit index for magnitude ACCELRTN in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELRTN in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELRTN_Small">
      <st:role>Unit index for magnitude ACCELRTN in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELRTN in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELRTN_ExtraSmall">
      <st:role>Unit index for magnitude ACCELRTN in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELRTN in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELRTN_Nanometric">
      <st:role>Unit index for magnitude ACCELRTN in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELRTN in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGACCELRTN">
      <st:role>Angular Acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per square second</st:role>
          <st:value>1</st:value>
          <st:role>Degree per square second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGACCELRTN_Large">
      <st:role>Unit index for magnitude ANGACCELRTN in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGACCELRTN in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGACCELRTN_ExtraLarge">
      <st:role>Unit index for magnitude ANGACCELRTN in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGACCELRTN in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGACCELRTN_Small">
      <st:role>Unit index for magnitude ANGACCELRTN in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGACCELRTN in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGACCELRTN_ExtraSmall">
      <st:role>Unit index for magnitude ANGACCELRTN in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGACCELRTN in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGACCELRTN_Nanometric">
      <st:role>Unit index for magnitude ANGACCELRTN in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGACCELRTN in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYMEC">
      <st:role>Strain Energy</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton x Meter</st:role>
          <st:value>1</st:value>
          <st:role>Pound force x Inch</st:role>
          <st:value>2</st:value>
          <st:role>Newton x Millimeter</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYMEC_Large">
      <st:role>Unit index for magnitude ENERGYMEC in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYMEC in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYMEC_ExtraLarge">
      <st:role>Unit index for magnitude ENERGYMEC in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYMEC in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYMEC_Small">
      <st:role>Unit index for magnitude ENERGYMEC in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYMEC in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYMEC_ExtraSmall">
      <st:role>Unit index for magnitude ENERGYMEC in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYMEC in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYMEC_Nanometric">
      <st:role>Unit index for magnitude ENERGYMEC in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYMEC in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLFORCE">
      <st:role>Volumic force</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Pound Force per cubic inch</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLFORCE_Large">
      <st:role>Unit index for magnitude VOLFORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLFORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLFORCE_ExtraLarge">
      <st:role>Unit index for magnitude VOLFORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLFORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLFORCE_Small">
      <st:role>Unit index for magnitude VOLFORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLFORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLFORCE_ExtraSmall">
      <st:role>Unit index for magnitude VOLFORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLFORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLFORCE_Nanometric">
      <st:role>Unit index for magnitude VOLFORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLFORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICMASS">
      <st:role>Surfacic mass</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Pound per square inch</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram per square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Tonne per square millimeter</st:role>
          <st:value>4</st:value>
          <st:role>Gram per square meter</st:role>
          <st:value>5</st:value>
          <st:role>Pound per square yard</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICMASS_Large">
      <st:role>Unit index for magnitude SURFACICMASS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICMASS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICMASS_ExtraLarge">
      <st:role>Unit index for magnitude SURFACICMASS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICMASS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICMASS_Small">
      <st:role>Unit index for magnitude SURFACICMASS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICMASS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICMASS_ExtraSmall">
      <st:role>Unit index for magnitude SURFACICMASS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICMASS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICMASS_Nanometric">
      <st:role>Unit index for magnitude SURFACICMASS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICMASS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPEED">
      <st:role>Velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Foot per second</st:role>
          <st:value>2</st:value>
          <st:role>Mile per hour</st:role>
          <st:value>3</st:value>
          <st:role>Kilometer per hour</st:role>
          <st:value>4</st:value>
          <st:role>Foot per minute</st:role>
          <st:value>5</st:value>
          <st:role>Foot per hour</st:role>
          <st:value>6</st:value>
          <st:role>Millimeter per second</st:role>
          <st:value>7</st:value>
          <st:role>Inch per second</st:role>
          <st:value>8</st:value>
          <st:role>Centimeter per second</st:role>
          <st:value>9</st:value>
          <st:role>Kilometer per year</st:role>
          <st:value>10</st:value>
          <st:role>Meter per minute</st:role>
          <st:value>11</st:value>
          <st:role>Centimeter per minute</st:role>
          <st:value>12</st:value>
          <st:role>Millimeter per minute</st:role>
          <st:value>13</st:value>
          <st:role>Meter per hour</st:role>
          <st:value>14</st:value>
          <st:role>Cubic meter per square meter per hour</st:role>
          <st:value>15</st:value>
          <st:role>Liter per square meter per second</st:role>
          <st:value>16</st:value>
          <st:role>Knot</st:role>
          <st:value>17</st:value>
          <st:role>Inch per minute</st:role>
          <st:value>18</st:value>
          <st:role>Yard per minute</st:role>
          <st:value>19</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPEED_Large">
      <st:role>Unit index for magnitude SPEED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPEED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPEED_ExtraLarge">
      <st:role>Unit index for magnitude SPEED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPEED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPEED_Small">
      <st:role>Unit index for magnitude SPEED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPEED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPEED_ExtraSmall">
      <st:role>Unit index for magnitude SPEED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPEED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPEED_Nanometric">
      <st:role>Unit index for magnitude SPEED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPEED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARFEEDRATE">
      <st:role>Linear feed rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Millimeter per minute</st:role>
          <st:value>1</st:value>
          <st:role>Inch per minute</st:role>
          <st:value>2</st:value>
          <st:role>Foot per minute</st:role>
          <st:value>3</st:value>
          <st:role>Meter per second</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARFEEDRATE_Large">
      <st:role>Unit index for magnitude LINEARFEEDRATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARFEEDRATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARFEEDRATE_ExtraLarge">
      <st:role>Unit index for magnitude LINEARFEEDRATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARFEEDRATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARFEEDRATE_Small">
      <st:role>Unit index for magnitude LINEARFEEDRATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARFEEDRATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARFEEDRATE_ExtraSmall">
      <st:role>Unit index for magnitude LINEARFEEDRATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARFEEDRATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARFEEDRATE_Nanometric">
      <st:role>Unit index for magnitude LINEARFEEDRATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARFEEDRATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARFEEDRATE">
      <st:role>Angular feed rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Millimeter per turn</st:role>
          <st:value>1</st:value>
          <st:role>Inch per turn</st:role>
          <st:value>2</st:value>
          <st:role>Foot per radian</st:role>
          <st:value>3</st:value>
          <st:role>Foot per degree</st:role>
          <st:value>4</st:value>
          <st:role>Inch per radian</st:role>
          <st:value>5</st:value>
          <st:role>Inch per degree</st:role>
          <st:value>6</st:value>
          <st:role>Meter per radian</st:role>
          <st:value>7</st:value>
          <st:role>Meter per degree</st:role>
          <st:value>8</st:value>
          <st:role>Centimeter per radian</st:role>
          <st:value>9</st:value>
          <st:role>Centimeter per degree</st:role>
          <st:value>10</st:value>
          <st:role>Millimeter per radian</st:role>
          <st:value>11</st:value>
          <st:role>Millimeter per degree</st:role>
          <st:value>12</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARFEEDRATE_Large">
      <st:role>Unit index for magnitude ANGULARFEEDRATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARFEEDRATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARFEEDRATE_ExtraLarge">
      <st:role>Unit index for magnitude ANGULARFEEDRATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARFEEDRATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARFEEDRATE_Small">
      <st:role>Unit index for magnitude ANGULARFEEDRATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARFEEDRATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARFEEDRATE_ExtraSmall">
      <st:role>Unit index for magnitude ANGULARFEEDRATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARFEEDRATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARFEEDRATE_Nanometric">
      <st:role>Unit index for magnitude ANGULARFEEDRATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARFEEDRATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARSPINDLESPEED">
      <st:role>Linear spindle speed</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per minute</st:role>
          <st:value>1</st:value>
          <st:role>Foot per minute</st:role>
          <st:value>2</st:value>
          <st:role>Meter per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARSPINDLESPEED_Large">
      <st:role>Unit index for magnitude LINEARSPINDLESPEED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARSPINDLESPEED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARSPINDLESPEED_ExtraLarge">
      <st:role>Unit index for magnitude LINEARSPINDLESPEED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARSPINDLESPEED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARSPINDLESPEED_Small">
      <st:role>Unit index for magnitude LINEARSPINDLESPEED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARSPINDLESPEED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARSPINDLESPEED_ExtraSmall">
      <st:role>Unit index for magnitude LINEARSPINDLESPEED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARSPINDLESPEED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARSPINDLESPEED_Nanometric">
      <st:role>Unit index for magnitude LINEARSPINDLESPEED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARSPINDLESPEED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARSPINDLESPEED">
      <st:role>Angular spindle speed</st:role>
      <st:int>
        <st:enum>
          <st:role>Turn per minute</st:role>
          <st:value>1</st:value>
          <st:role>Radian per second</st:role>
          <st:value>2</st:value>
          <st:role>Degree per second</st:role>
          <st:value>3</st:value>
          <st:role>Turn per second</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARSPINDLESPEED_Large">
      <st:role>Unit index for magnitude ANGULARSPINDLESPEED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARSPINDLESPEED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARSPINDLESPEED_ExtraLarge">
      <st:role>Unit index for magnitude ANGULARSPINDLESPEED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARSPINDLESPEED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARSPINDLESPEED_Small">
      <st:role>Unit index for magnitude ANGULARSPINDLESPEED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARSPINDLESPEED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARSPINDLESPEED_ExtraSmall">
      <st:role>Unit index for magnitude ANGULARSPINDLESPEED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARSPINDLESPEED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARSPINDLESPEED_Nanometric">
      <st:role>Unit index for magnitude ANGULARSPINDLESPEED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARSPINDLESPEED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICSPINDLESPEED">
      <st:role>Surface spindle speed</st:role>
      <st:int>
        <st:enum>
          <st:role>Square millimeter per minute</st:role>
          <st:value>1</st:value>
          <st:role>Square inch per minute</st:role>
          <st:value>2</st:value>
          <st:role>Square meter per second</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter per second</st:role>
          <st:value>4</st:value>
          <st:role>Square foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Square inch per second</st:role>
          <st:value>6</st:value>
          <st:role>Square centimeter per second</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICSPINDLESPEED_Large">
      <st:role>Unit index for magnitude SURFACICSPINDLESPEED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICSPINDLESPEED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICSPINDLESPEED_ExtraLarge">
      <st:role>Unit index for magnitude SURFACICSPINDLESPEED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICSPINDLESPEED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICSPINDLESPEED_Small">
      <st:role>Unit index for magnitude SURFACICSPINDLESPEED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICSPINDLESPEED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICSPINDLESPEED_ExtraSmall">
      <st:role>Unit index for magnitude SURFACICSPINDLESPEED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICSPINDLESPEED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACICSPINDLESPEED_Nanometric">
      <st:role>Unit index for magnitude SURFACICSPINDLESPEED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACICSPINDLESPEED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE">
      <st:role>Mole</st:role>
      <st:int>
        <st:enum>
          <st:role>Mole</st:role>
          <st:value>1</st:value>
          <st:role>Micromole</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_Large">
      <st:role>Unit index for magnitude MOLE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_ExtraLarge">
      <st:role>Unit index for magnitude MOLE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_Small">
      <st:role>Unit index for magnitude MOLE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_ExtraSmall">
      <st:role>Unit index for magnitude MOLE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_Nanometric">
      <st:role>Unit index for magnitude MOLE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFERRESISTANCE">
      <st:role>Heat Transfer Resistance</st:role>
      <st:int>
        <st:enum>
          <st:role>Square Meter per Kelvin per Watt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFERRESISTANCE_Large">
      <st:role>Unit index for magnitude HEATTRANSFERRESISTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFERRESISTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFERRESISTANCE_ExtraLarge">
      <st:role>Unit index for magnitude HEATTRANSFERRESISTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFERRESISTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFERRESISTANCE_Small">
      <st:role>Unit index for magnitude HEATTRANSFERRESISTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFERRESISTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFERRESISTANCE_ExtraSmall">
      <st:role>Unit index for magnitude HEATTRANSFERRESISTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFERRESISTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFERRESISTANCE_Nanometric">
      <st:role>Unit index for magnitude HEATTRANSFERRESISTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFERRESISTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFER">
      <st:role>Heat Transfer</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per Kelvin per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Watt per Kelvin per square millimeter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFER_Large">
      <st:role>Unit index for magnitude HEATTRANSFER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFER_ExtraLarge">
      <st:role>Unit index for magnitude HEATTRANSFER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFER_Small">
      <st:role>Unit index for magnitude HEATTRANSFER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFER_ExtraSmall">
      <st:role>Unit index for magnitude HEATTRANSFER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATTRANSFER_Nanometric">
      <st:role>Unit index for magnitude HEATTRANSFER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATTRANSFER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARFLOW">
      <st:role>Molecular Flow</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilomole per hour</st:role>
          <st:value>1</st:value>
          <st:role>Kilomole per second</st:role>
          <st:value>2</st:value>
          <st:role>Mole per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARFLOW_Large">
      <st:role>Unit index for magnitude MOLECULARFLOW in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARFLOW in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARFLOW_ExtraLarge">
      <st:role>Unit index for magnitude MOLECULARFLOW in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARFLOW in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARFLOW_Small">
      <st:role>Unit index for magnitude MOLECULARFLOW in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARFLOW in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARFLOW_ExtraSmall">
      <st:role>Unit index for magnitude MOLECULARFLOW in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARFLOW in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARFLOW_Nanometric">
      <st:role>Unit index for magnitude MOLECULARFLOW in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARFLOW in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARDENSITY">
      <st:role>Molecular Density</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilomole per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Mole per cubic meter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARDENSITY_Large">
      <st:role>Unit index for magnitude MOLECULARDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude MOLECULARDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARDENSITY_Small">
      <st:role>Unit index for magnitude MOLECULARDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude MOLECULARDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARDENSITY_Nanometric">
      <st:role>Unit index for magnitude MOLECULARDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTHALPY">
      <st:role>Enthalpy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Kilojoule per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTHALPY_Large">
      <st:role>Unit index for magnitude ENTHALPY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTHALPY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTHALPY_ExtraLarge">
      <st:role>Unit index for magnitude ENTHALPY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTHALPY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTHALPY_Small">
      <st:role>Unit index for magnitude ENTHALPY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTHALPY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTHALPY_ExtraSmall">
      <st:role>Unit index for magnitude ENTHALPY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTHALPY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTHALPY_Nanometric">
      <st:role>Unit index for magnitude ENTHALPY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTHALPY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY">
      <st:role>Specific Entropy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kilogram per Kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_Large">
      <st:role>Unit index for magnitude ENTROPY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_ExtraLarge">
      <st:role>Unit index for magnitude ENTROPY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_Small">
      <st:role>Unit index for magnitude ENTROPY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_ExtraSmall">
      <st:role>Unit index for magnitude ENTROPY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_Nanometric">
      <st:role>Unit index for magnitude ENTROPY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTHALPY">
      <st:role>Molecular Enthalpy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kilomole</st:role>
          <st:value>1</st:value>
          <st:role>Joule per mole</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTHALPY_Large">
      <st:role>Unit index for magnitude MOLECULARENTHALPY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTHALPY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTHALPY_ExtraLarge">
      <st:role>Unit index for magnitude MOLECULARENTHALPY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTHALPY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTHALPY_Small">
      <st:role>Unit index for magnitude MOLECULARENTHALPY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTHALPY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTHALPY_ExtraSmall">
      <st:role>Unit index for magnitude MOLECULARENTHALPY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTHALPY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTHALPY_Nanometric">
      <st:role>Unit index for magnitude MOLECULARENTHALPY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTHALPY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTROPY">
      <st:role>Molecular Entropy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kilomole per Kelvin</st:role>
          <st:value>1</st:value>
          <st:role>Joule per mole per Kelvin</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTROPY_Large">
      <st:role>Unit index for magnitude MOLECULARENTROPY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTROPY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTROPY_ExtraLarge">
      <st:role>Unit index for magnitude MOLECULARENTROPY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTROPY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTROPY_Small">
      <st:role>Unit index for magnitude MOLECULARENTROPY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTROPY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTROPY_ExtraSmall">
      <st:role>Unit index for magnitude MOLECULARENTROPY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTROPY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARENTROPY_Nanometric">
      <st:role>Unit index for magnitude MOLECULARENTROPY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARENTROPY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY">
      <st:role>Specific Heat Capacity</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilojoule per kilogram per Kelvin</st:role>
          <st:value>1</st:value>
          <st:role>Joule per kilogram per Kelvin</st:role>
          <st:value>2</st:value>
          <st:role>Btu per pound per Fahrenheit degree</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_Large">
      <st:role>Unit index for magnitude HEATCAPACITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_ExtraLarge">
      <st:role>Unit index for magnitude HEATCAPACITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_Small">
      <st:role>Unit index for magnitude HEATCAPACITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_ExtraSmall">
      <st:role>Unit index for magnitude HEATCAPACITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_Nanometric">
      <st:role>Unit index for magnitude HEATCAPACITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DYNAMICVISCOSITY">
      <st:role>Dynamic Viscosity</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton Second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Poise</st:role>
          <st:value>2</st:value>
          <st:role>Centipoise</st:role>
          <st:value>3</st:value>
          <st:role>Millipascal Second</st:role>
          <st:value>4</st:value>
          <st:role>Pascal Second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DYNAMICVISCOSITY_Large">
      <st:role>Unit index for magnitude DYNAMICVISCOSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DYNAMICVISCOSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DYNAMICVISCOSITY_ExtraLarge">
      <st:role>Unit index for magnitude DYNAMICVISCOSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DYNAMICVISCOSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DYNAMICVISCOSITY_Small">
      <st:role>Unit index for magnitude DYNAMICVISCOSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DYNAMICVISCOSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DYNAMICVISCOSITY_ExtraSmall">
      <st:role>Unit index for magnitude DYNAMICVISCOSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DYNAMICVISCOSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DYNAMICVISCOSITY_Nanometric">
      <st:role>Unit index for magnitude DYNAMICVISCOSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DYNAMICVISCOSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARWEIGHT">
      <st:role>Molecular Weight</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per kilomole</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per mol</st:role>
          <st:value>2</st:value>
          <st:role>Gram per mol</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARWEIGHT_Large">
      <st:role>Unit index for magnitude MOLECULARWEIGHT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARWEIGHT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARWEIGHT_ExtraLarge">
      <st:role>Unit index for magnitude MOLECULARWEIGHT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARWEIGHT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARWEIGHT_Small">
      <st:role>Unit index for magnitude MOLECULARWEIGHT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARWEIGHT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARWEIGHT_ExtraSmall">
      <st:role>Unit index for magnitude MOLECULARWEIGHT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARWEIGHT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLECULARWEIGHT_Nanometric">
      <st:role>Unit index for magnitude MOLECULARWEIGHT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLECULARWEIGHT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSOLUTEVISCOSITY">
      <st:role>Absolute Viscosity</st:role>
      <st:int>
        <st:enum>
          <st:role>Millipascal Second</st:role>
          <st:value>1</st:value>
          <st:role>Pascal Second</st:role>
          <st:value>2</st:value>
          <st:role>Newton Second per square meter</st:role>
          <st:value>3</st:value>
          <st:role>Poise</st:role>
          <st:value>4</st:value>
          <st:role>Centipoise</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSOLUTEVISCOSITY_Large">
      <st:role>Unit index for magnitude ABSOLUTEVISCOSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSOLUTEVISCOSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSOLUTEVISCOSITY_ExtraLarge">
      <st:role>Unit index for magnitude ABSOLUTEVISCOSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSOLUTEVISCOSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSOLUTEVISCOSITY_Small">
      <st:role>Unit index for magnitude ABSOLUTEVISCOSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSOLUTEVISCOSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSOLUTEVISCOSITY_ExtraSmall">
      <st:role>Unit index for magnitude ABSOLUTEVISCOSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSOLUTEVISCOSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSOLUTEVISCOSITY_Nanometric">
      <st:role>Unit index for magnitude ABSOLUTEVISCOSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSOLUTEVISCOSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KINEMATICVISCOSITY">
      <st:role>Kinematic Viscosity</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Square foot per second</st:role>
          <st:value>3</st:value>
          <st:role>Square inch per second</st:role>
          <st:value>4</st:value>
          <st:role>Square centimeter per second</st:role>
          <st:value>5</st:value>
          <st:role>Stoke</st:role>
          <st:value>6</st:value>
          <st:role>Centistoke</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KINEMATICVISCOSITY_Large">
      <st:role>Unit index for magnitude KINEMATICVISCOSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude KINEMATICVISCOSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KINEMATICVISCOSITY_ExtraLarge">
      <st:role>Unit index for magnitude KINEMATICVISCOSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude KINEMATICVISCOSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KINEMATICVISCOSITY_Small">
      <st:role>Unit index for magnitude KINEMATICVISCOSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude KINEMATICVISCOSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KINEMATICVISCOSITY_ExtraSmall">
      <st:role>Unit index for magnitude KINEMATICVISCOSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude KINEMATICVISCOSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KINEMATICVISCOSITY_Nanometric">
      <st:role>Unit index for magnitude KINEMATICVISCOSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude KINEMATICVISCOSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSICFLOW">
      <st:role>Mass Flow</st:role>
      <st:int>
        <st:enum>
          <st:role>Tonne per hour</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per second</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram per minute</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSICFLOW_Large">
      <st:role>Unit index for magnitude MASSICFLOW in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSICFLOW in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSICFLOW_ExtraLarge">
      <st:role>Unit index for magnitude MASSICFLOW in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSICFLOW in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSICFLOW_Small">
      <st:role>Unit index for magnitude MASSICFLOW in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSICFLOW in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSICFLOW_ExtraSmall">
      <st:role>Unit index for magnitude MASSICFLOW in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSICFLOW in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSICFLOW_Nanometric">
      <st:role>Unit index for magnitude MASSICFLOW in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSICFLOW in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTIVITY">
      <st:role>Thermal Conductivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per meter Kelvin</st:role>
          <st:value>1</st:value>
          <st:role>Btu per foot per hour per Fahrenheit degree</st:role>
          <st:value>2</st:value>
          <st:role>Btu per inch per second per Fahrenheit degree</st:role>
          <st:value>3</st:value>
          <st:role>Watt per millimeter Kelvin</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTIVITY_Large">
      <st:role>Unit index for magnitude THERMALCONDUCTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude THERMALCONDUCTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTIVITY_Small">
      <st:role>Unit index for magnitude THERMALCONDUCTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude THERMALCONDUCTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTIVITY_Nanometric">
      <st:role>Unit index for magnitude THERMALCONDUCTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RPM">
      <st:role>Rate per minute</st:role>
      <st:int>
        <st:enum>
          <st:role>Rate per minute</st:role>
          <st:value>1</st:value>
          <st:role>Per second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RPM_Large">
      <st:role>Unit index for magnitude RPM in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RPM in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RPM_ExtraLarge">
      <st:role>Unit index for magnitude RPM in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RPM in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RPM_Small">
      <st:role>Unit index for magnitude RPM in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RPM in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RPM_ExtraSmall">
      <st:role>Unit index for magnitude RPM in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RPM in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RPM_Nanometric">
      <st:role>Unit index for magnitude RPM in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RPM in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_FORCE">
      <st:role>Velocity over Force</st:role>
      <st:int>
        <st:enum>
          <st:role>Second per tonne</st:role>
          <st:value>1</st:value>
          <st:role>Second per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Second per pound</st:role>
          <st:value>3</st:value>
          <st:role>Meter per second over Newton</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_FORCE_Large">
      <st:role>Unit index for magnitude VELOCITY_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITY_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_FORCE_Small">
      <st:role>Unit index for magnitude VELOCITY_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITY_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude VELOCITY_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_FORCE">
      <st:role>Acceleration over Force</st:role>
      <st:int>
        <st:enum>
          <st:role>per Tonne</st:role>
          <st:value>1</st:value>
          <st:role>per Kilogram</st:role>
          <st:value>2</st:value>
          <st:role>per Pound</st:role>
          <st:value>3</st:value>
          <st:role>Meter per square second over Newton</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_FORCE_Large">
      <st:role>Unit index for magnitude ACCELERATION_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATION_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_FORCE_Small">
      <st:role>Unit index for magnitude ACCELERATION_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATION_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude ACCELERATION_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_FORCE">
      <st:role>Pressure over Force</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per square inch</st:role>
          <st:value>3</st:value>
          <st:role>Pascal per Newton</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_FORCE_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_FORCE_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_NORMAL_VELOCITY">
      <st:role>Pressure over Normal Velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per square millimeter per second</st:role>
          <st:value>3</st:value>
          <st:role>Pound per second per square inch</st:role>
          <st:value>4</st:value>
          <st:role>Pascal over meter per second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_NORMAL_VELOCITY_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_NORMAL_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_NORMAL_VELOCITY_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_NORMAL_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_NORMAL_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_NORMAL_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_VELOCITY">
      <st:role>Pressure over Volume Velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per meter to the fourth per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION">
      <st:role>Pulsation</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per second</st:role>
          <st:value>1</st:value>
          <st:role>Turn per minute</st:role>
          <st:value>2</st:value>
          <st:role>Degree per second</st:role>
          <st:value>3</st:value>
          <st:role>Turn per second</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_Large">
      <st:role>Unit index for magnitude PULSATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_ExtraLarge">
      <st:role>Unit index for magnitude PULSATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_Small">
      <st:role>Unit index for magnitude PULSATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_ExtraSmall">
      <st:role>Unit index for magnitude PULSATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_Nanometric">
      <st:role>Unit index for magnitude PULSATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_DAMPING">
      <st:role>Modal damping</st:role>
      <st:int>
        <st:enum>
          <st:role>Percentage</st:role>
          <st:value>1</st:value>
          <st:role>None</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_DAMPING_Large">
      <st:role>Unit index for magnitude MODAL_DAMPING in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_DAMPING in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_DAMPING_ExtraLarge">
      <st:role>Unit index for magnitude MODAL_DAMPING in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_DAMPING in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_DAMPING_Small">
      <st:role>Unit index for magnitude MODAL_DAMPING in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_DAMPING in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_DAMPING_ExtraSmall">
      <st:role>Unit index for magnitude MODAL_DAMPING in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_DAMPING in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_DAMPING_Nanometric">
      <st:role>Unit index for magnitude MODAL_DAMPING in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_DAMPING in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VISCOUS_DAMPING">
      <st:role>Viscous damping</st:role>
      <st:int>
        <st:enum>
          <st:role>Tonne per second</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per second</st:role>
          <st:value>2</st:value>
          <st:role>Pound per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VISCOUS_DAMPING_Large">
      <st:role>Unit index for magnitude VISCOUS_DAMPING in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VISCOUS_DAMPING in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VISCOUS_DAMPING_ExtraLarge">
      <st:role>Unit index for magnitude VISCOUS_DAMPING in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VISCOUS_DAMPING in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VISCOUS_DAMPING_Small">
      <st:role>Unit index for magnitude VISCOUS_DAMPING in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VISCOUS_DAMPING in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VISCOUS_DAMPING_ExtraSmall">
      <st:role>Unit index for magnitude VISCOUS_DAMPING in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VISCOUS_DAMPING in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VISCOUS_DAMPING_Nanometric">
      <st:role>Unit index for magnitude VISCOUS_DAMPING in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VISCOUS_DAMPING in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_PARTICIPATION_FACTOR">
      <st:role>Modal participation factor</st:role>
      <st:int>
        <st:enum>
          <st:role>None</st:role>
          <st:value>1</st:value>
          <st:role>Percentage</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_PARTICIPATION_FACTOR_Large">
      <st:role>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_PARTICIPATION_FACTOR_ExtraLarge">
      <st:role>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_PARTICIPATION_FACTOR_Small">
      <st:role>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_PARTICIPATION_FACTOR_ExtraSmall">
      <st:role>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_PARTICIPATION_FACTOR_Nanometric">
      <st:role>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_PARTICIPATION_FACTOR in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_MASS">
      <st:role>Modal mass</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram Square Meter</st:role>
          <st:value>1</st:value>
          <st:role>Tonne x square meter</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram x square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Pound x square inch</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_MASS_Large">
      <st:role>Unit index for magnitude MODAL_MASS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_MASS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_MASS_ExtraLarge">
      <st:role>Unit index for magnitude MODAL_MASS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_MASS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_MASS_Small">
      <st:role>Unit index for magnitude MODAL_MASS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_MASS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_MASS_ExtraSmall">
      <st:role>Unit index for magnitude MODAL_MASS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_MASS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MODAL_MASS_Nanometric">
      <st:role>Unit index for magnitude MODAL_MASS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MODAL_MASS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DIMENSIONLESS">
      <st:role>No dimension</st:role>
      <st:int>
        <st:enum>
          <st:role>None</st:role>
          <st:value>1</st:value>
          <st:role>Percentage</st:role>
          <st:value>2</st:value>
          <st:role>Per thousand</st:role>
          <st:value>3</st:value>
          <st:role>Parts per million</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DIMENSIONLESS_Large">
      <st:role>Unit index for magnitude DIMENSIONLESS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DIMENSIONLESS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DIMENSIONLESS_ExtraLarge">
      <st:role>Unit index for magnitude DIMENSIONLESS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DIMENSIONLESS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DIMENSIONLESS_Small">
      <st:role>Unit index for magnitude DIMENSIONLESS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DIMENSIONLESS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DIMENSIONLESS_ExtraSmall">
      <st:role>Unit index for magnitude DIMENSIONLESS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DIMENSIONLESS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DIMENSIONLESS_Nanometric">
      <st:role>Unit index for magnitude DIMENSIONLESS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DIMENSIONLESS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_FORCE">
      <st:role>Displacement over force</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square second per tonne</st:role>
          <st:value>2</st:value>
          <st:role>Square second per pound</st:role>
          <st:value>3</st:value>
          <st:role>Meter per Newton</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_FORCE_Large">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_FORCE_Small">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_MOMENT">
      <st:role>Acceleration over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Per meter per tonne</st:role>
          <st:value>2</st:value>
          <st:role>per millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Per inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Meter per square second over Newton meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude ACCELERATION_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATION_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude ACCELERATION_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATION_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude ACCELERATION_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_MOMENT">
      <st:role>Velocity over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Second per meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Second per meter per tonne</st:role>
          <st:value>2</st:value>
          <st:role>Second per millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Second per inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Meter per second over Newton meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude VELOCITY_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITY_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude VELOCITY_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITY_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude VELOCITY_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_MOMENT">
      <st:role>Displacement over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second per meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square second per meter per tonne</st:role>
          <st:value>2</st:value>
          <st:role>Square second per millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square second per inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Meter per Newton meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_FORCE">
      <st:role>Rotation over force</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second radian per meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square second radian per millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square second radian per millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square second radian per inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Radian per Newton</st:role>
          <st:value>5</st:value>
          <st:role>Degree per Newton</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_FORCE_Large">
      <st:role>Unit index for magnitude ROTATION_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude ROTATION_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_FORCE_Small">
      <st:role>Unit index for magnitude ROTATION_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude ROTATION_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude ROTATION_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_FORCE">
      <st:role>Pulsation over force</st:role>
      <st:int>
        <st:enum>
          <st:role>Second radian per meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Second radian per millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Second radian per millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Second radian per inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Radian per second over Newton</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_FORCE_Large">
      <st:role>Unit index for magnitude PULSATION_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude PULSATION_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_FORCE_Small">
      <st:role>Unit index for magnitude PULSATION_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude PULSATION_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude PULSATION_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_FORCE">
      <st:role>Rotational acceleration over force</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Radian per millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Radian per millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Radian per inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Radian per square second over Newton</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_FORCE_Large">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_FORCE_Small">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_MOMENT">
      <st:role>Rotation over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second radian per square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square second radian per square millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square second radian per square millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square second radian per square inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Radian per Newton meter</st:role>
          <st:value>5</st:value>
          <st:role>Degree per Newton meter</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude ROTATION_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude ROTATION_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude ROTATION_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude ROTATION_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude ROTATION_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_MOMENT">
      <st:role>Pulsation over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Second radian per square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Second radian per square millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Second radian per square millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Second radian per square inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Radian per second over Newton meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude PULSATION_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude PULSATION_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude PULSATION_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude PULSATION_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude PULSATION_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_MOMENT">
      <st:role>Rotational acceleration over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Radian per square millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Radian per square millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Radian per square inch per pound</st:role>
          <st:value>4</st:value>
          <st:role>Radian per square second over Newton meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_MOMENT">
      <st:role>Pressure over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Per cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per cubic inch</st:role>
          <st:value>3</st:value>
          <st:role>Pascal per Newton meter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_DISPLACEMENT">
      <st:role>Force over displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square second</st:role>
          <st:value>1</st:value>
          <st:role>Tonne per square second</st:role>
          <st:value>2</st:value>
          <st:role>Pound per square second</st:role>
          <st:value>3</st:value>
          <st:role>Newton per meter</st:role>
          <st:value>4</st:value>
          <st:role>Newton per millimeter</st:role>
          <st:value>5</st:value>
          <st:role>Decanewton per millimeter</st:role>
          <st:value>6</st:value>
          <st:role>Decanewton per centimeter</st:role>
          <st:value>7</st:value>
          <st:role>Pound Force per foot</st:role>
          <st:value>8</st:value>
          <st:role>Pound Force per inch</st:role>
          <st:value>9</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude FORCE_OVER_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude FORCE_OVER_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATION">
      <st:role>Force per rotation</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per square second per radian</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter x kilogram per square second per radian</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per square second per radian</st:role>
          <st:value>3</st:value>
          <st:role>Inch x pound per square second per radian</st:role>
          <st:value>4</st:value>
          <st:role>Newton per radian</st:role>
          <st:value>5</st:value>
          <st:role>Newton per degree</st:role>
          <st:value>6</st:value>
          <st:role>Pound force per radian</st:role>
          <st:value>7</st:value>
          <st:role>Pound force per degree</st:role>
          <st:value>8</st:value>
          <st:role>Dyne per radian</st:role>
          <st:value>9</st:value>
          <st:role>Dyne per degree</st:role>
          <st:value>10</st:value>
          <st:role>MicroNewton per radian</st:role>
          <st:value>11</st:value>
          <st:role>MicroNewton per degree</st:role>
          <st:value>12</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATION_Large">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATION_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATION_Small">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATION_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATION_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_DISPLACEMENT">
      <st:role>Moment over displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per square second</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter x kilogram per square second</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per square second</st:role>
          <st:value>3</st:value>
          <st:role>Inch x pound per square second</st:role>
          <st:value>4</st:value>
          <st:role>Newton meter per meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATION">
      <st:role>Moment over rotation</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter x kilogram per square second</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter x kilogram per square second per radian</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter x tonne per square second per radian</st:role>
          <st:value>3</st:value>
          <st:role>Square inch x pound per square second per radian</st:role>
          <st:value>4</st:value>
          <st:role>Newton.meter per radian</st:role>
          <st:value>5</st:value>
          <st:role>Newton.mm per mradian</st:role>
          <st:value>6</st:value>
          <st:role>Pound force.inch per rad</st:role>
          <st:value>7</st:value>
          <st:role>Newton millimeter per radian</st:role>
          <st:value>8</st:value>
          <st:role>Pound force foot per radian</st:role>
          <st:value>9</st:value>
          <st:role>Pound force foot per degree</st:role>
          <st:value>10</st:value>
          <st:role>Pound force inch per degree</st:role>
          <st:value>11</st:value>
          <st:role>Newton meter per degree</st:role>
          <st:value>12</st:value>
          <st:role>Dyne centimeter per radian</st:role>
          <st:value>13</st:value>
          <st:role>Dyne centimeter per degree</st:role>
          <st:value>14</st:value>
          <st:role>MicroNewton millimeter per radian</st:role>
          <st:value>15</st:value>
          <st:role>MicroNewton millimeter per degree</st:role>
          <st:value>16</st:value>
          <st:role>Newton millimeter per degree</st:role>
          <st:value>17</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATION_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATION_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATION_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATION_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATION_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_DISPLACEMENT">
      <st:role>Pressure over displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square second per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per square second per square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Pound per square second per square inch</st:role>
          <st:value>4</st:value>
          <st:role>Pascal per meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATION">
      <st:role>Pressure over rotation</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square second per meter per radian</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square second per millimeter per radian</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per Square second per millimeter per radian</st:role>
          <st:value>3</st:value>
          <st:role>Pound per square second per inch per radian</st:role>
          <st:value>4</st:value>
          <st:role>Pascal per radian</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATION_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATION_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATION_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATION_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATION_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VELOCITY">
      <st:role>Damping Constant</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per second</st:role>
          <st:value>1</st:value>
          <st:role>Tonne per second</st:role>
          <st:value>2</st:value>
          <st:role>Pound per second</st:role>
          <st:value>3</st:value>
          <st:role>Newton over meter per second</st:role>
          <st:value>4</st:value>
          <st:role>Pound force over foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Pound force over inch per second</st:role>
          <st:value>6</st:value>
          <st:role>Dyne over centimeter per second</st:role>
          <st:value>7</st:value>
          <st:role>MicroNewton over millimeter per second</st:role>
          <st:value>8</st:value>
          <st:role>Newton over millimeter per second</st:role>
          <st:value>9</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VELOCITY_Large">
      <st:role>Unit index for magnitude FORCE_OVER_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VELOCITY_Small">
      <st:role>Unit index for magnitude FORCE_OVER_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PULSATION">
      <st:role>Force over pulsation</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per second per radian</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter x kilogram per second per radian</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per second per radian</st:role>
          <st:value>3</st:value>
          <st:role>Inch x pound per second per radian</st:role>
          <st:value>4</st:value>
          <st:role>Newton over radian per second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PULSATION_Large">
      <st:role>Unit index for magnitude FORCE_OVER_PULSATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PULSATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PULSATION_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_PULSATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PULSATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PULSATION_Small">
      <st:role>Unit index for magnitude FORCE_OVER_PULSATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PULSATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PULSATION_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_PULSATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PULSATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PULSATION_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_PULSATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PULSATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VELOCITY">
      <st:role>Moment over velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per second</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter x kilogram per second</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per second</st:role>
          <st:value>3</st:value>
          <st:role>Inch x pound per second</st:role>
          <st:value>4</st:value>
          <st:role>Newton meter over meter per second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VELOCITY_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VELOCITY_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PULSATION">
      <st:role>Angular Damping</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter x kilogram per second per radian</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter x kilogram per second per radian</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter x tonne per second per radian</st:role>
          <st:value>3</st:value>
          <st:role>Square inch x pound per second per radian</st:role>
          <st:value>4</st:value>
          <st:role>Newton meter over radian per second</st:role>
          <st:value>5</st:value>
          <st:role>Pound force foot over radian per second</st:role>
          <st:value>6</st:value>
          <st:role>Pound force foot over degree per second</st:role>
          <st:value>7</st:value>
          <st:role>Pound force inch over radian per second</st:role>
          <st:value>8</st:value>
          <st:role>Pound force inch over degree per second</st:role>
          <st:value>9</st:value>
          <st:role>Newton meter over degree per second</st:role>
          <st:value>10</st:value>
          <st:role>Dyne centimeter over radian per second</st:role>
          <st:value>11</st:value>
          <st:role>Dyne centimeter over degree per second</st:role>
          <st:value>12</st:value>
          <st:role>MicroNewton millimeter over radian per second</st:role>
          <st:value>13</st:value>
          <st:role>MicroNewton millimeter over degree per second</st:role>
          <st:value>14</st:value>
          <st:role>Newton millimeter over radian per second</st:role>
          <st:value>15</st:value>
          <st:role>Newton millimeter over degree per second</st:role>
          <st:value>16</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PULSATION_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_PULSATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PULSATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PULSATION_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_PULSATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PULSATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PULSATION_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_PULSATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PULSATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PULSATION_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_PULSATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PULSATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PULSATION_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_PULSATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PULSATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_PULSATION">
      <st:role>Pressure over pulsation</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per second per meter per radian</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per second per millimeter per radian</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per second per millimeter per radian</st:role>
          <st:value>3</st:value>
          <st:role>Pound per second per inch per radian</st:role>
          <st:value>4</st:value>
          <st:role>Pascal over radian per second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_PULSATION_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_PULSATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_PULSATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_PULSATION_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_PULSATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_PULSATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_PULSATION_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_PULSATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_PULSATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_PULSATION_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_PULSATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_PULSATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_PULSATION_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_PULSATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_PULSATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ACCELERATION">
      <st:role>Force over acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Tonne</st:role>
          <st:value>2</st:value>
          <st:role>Pound</st:role>
          <st:value>3</st:value>
          <st:role>Newton over meter per square second</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ACCELERATION_Large">
      <st:role>Unit index for magnitude FORCE_OVER_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ACCELERATION_Small">
      <st:role>Unit index for magnitude FORCE_OVER_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATIONAL_ACCELERATION">
      <st:role>Force over rotational acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per radian</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter x kilogram per radian</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per radian</st:role>
          <st:value>3</st:value>
          <st:role>Inch x pound per radian</st:role>
          <st:value>4</st:value>
          <st:role>Newton over radian per square second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATIONAL_ACCELERATION_Large">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATIONAL_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATIONAL_ACCELERATION_Small">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATIONAL_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_ROTATIONAL_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ACCELERATION">
      <st:role>Moment over acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter x kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne</st:role>
          <st:value>3</st:value>
          <st:role>Inch x pound</st:role>
          <st:value>4</st:value>
          <st:role>Newton meter over meter per square second</st:role>
          <st:value>5</st:value>
          <st:role>Meter x tonne</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ACCELERATION_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ACCELERATION_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATIONAL_ACCELERATION">
      <st:role>Moment over rotational acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter x kilogram per radian</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter x kilogram per radian</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter x tonne per radian</st:role>
          <st:value>3</st:value>
          <st:role>Square inch x pound per radian</st:role>
          <st:value>4</st:value>
          <st:role>Newton meter over radian per square second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATIONAL_ACCELERATION_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATIONAL_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATIONAL_ACCELERATION_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATIONAL_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_ROTATIONAL_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ACCELERATION">
      <st:role>Pressure over acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Pound per square inch</st:role>
          <st:value>4</st:value>
          <st:role>Pascal over meter per square second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ACCELERATION_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ACCELERATION_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATIONAL_ACCELERATION">
      <st:role>Pressure over rotational acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per meter per radian</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per millimeter per radian</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per millimeter per radian</st:role>
          <st:value>3</st:value>
          <st:role>Pound per inch per radian</st:role>
          <st:value>4</st:value>
          <st:role>Pascal over radian per square second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATIONAL_ACCELERATION_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATIONAL_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATIONAL_ACCELERATION_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATIONAL_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_ROTATIONAL_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PRESSURE">
      <st:role>Force over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude FORCE_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude FORCE_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PRESSURE">
      <st:role>Moment over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Cubic inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_PRESSURE">
      <st:role>Displacement over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter x square second per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter x square second per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter x square second per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square inch x square second per pound</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_PRESSURE">
      <st:role>Velocity over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter x second per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter x second per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter x second per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square inch x second per tonne</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude VELOCITY_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITY_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude VELOCITY_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITY_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude VELOCITY_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_PRESSURE">
      <st:role>Acceleration over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square inch per pound</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude ACCELERATION_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATION_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude ACCELERATION_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATION_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude ACCELERATION_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_PRESSURE">
      <st:role>Rotation over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian x meter x square second per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Radian x millimeter x square second per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Radian x millimeter x square second per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Radian x inch x square second per pound</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude ROTATION_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude ROTATION_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude ROTATION_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude ROTATION_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude ROTATION_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_PRESSURE">
      <st:role>Pulsation over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian x meter x second per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Radian x millimeter x second per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Radian x millimeter x second per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Radian x inch x second per pound</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude PULSATION_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude PULSATION_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude PULSATION_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude PULSATION_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude PULSATION_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_PRESSURE">
      <st:role>Rotational acceleration over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian x meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Radian x millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Radian x millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Radian x inch per pound</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_VELOCITY">
      <st:role>Force over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per square millimeter per second</st:role>
          <st:value>3</st:value>
          <st:role>Pound per second per square inch</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_VELOCITY">
      <st:role>Moment over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per millimeter per second</st:role>
          <st:value>3</st:value>
          <st:role>Pound per inch per second</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_VELOCITY">
      <st:role>Displacement over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Second per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Second per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_VELOCITY">
      <st:role>Velocity over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_VELOCITY">
      <st:role>Acceleration over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Per square millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Per square inch per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_VELOCITY">
      <st:role>Rotation over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian x second per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Radian x second per cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Radian x second per cubic inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_VELOCITY">
      <st:role>Pulsation over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Radian per cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Radian per cubic inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY">
      <st:role>Rotational acceleration over volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per cubic meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Radian per cubic millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Radian per cubic inch per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_ACCELERATION">
      <st:role>Force over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Pound per square inch</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_ACCELERATION">
      <st:role>Moment over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Pound per inch</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_ACCELERATION">
      <st:role>Displacement over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Square second per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Square second per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_ACCELERATION">
      <st:role>Velocity over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Second per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Second per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_ACCELERATION">
      <st:role>Acceleration over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_ACCELERATION">
      <st:role>Rotation over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian x square second per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Radian x square second per cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Radian x square second per cubic inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATION_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_ACCELERATION">
      <st:role>Pulsation over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian x second per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Radian x second per cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Radian x second per cubic inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PULSATION_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PULSATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION">
      <st:role>Rotational acceleration over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Radian per cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Radian per cubic inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROTATIONAL_ACCELERATION_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JERK">
      <st:role>Jerk</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per cubic second</st:role>
          <st:value>1</st:value>
          <st:role>Centimeter per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter per cubic second</st:role>
          <st:value>3</st:value>
          <st:role>Inch per cubic second</st:role>
          <st:value>4</st:value>
          <st:role>Foot per cube second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JERK_Large">
      <st:role>Unit index for magnitude JERK in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude JERK in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JERK_ExtraLarge">
      <st:role>Unit index for magnitude JERK in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude JERK in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JERK_Small">
      <st:role>Unit index for magnitude JERK in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude JERK in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JERK_ExtraSmall">
      <st:role>Unit index for magnitude JERK in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude JERK in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JERK_Nanometric">
      <st:role>Unit index for magnitude JERK in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude JERK in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARJERK">
      <st:role>Angular jerk</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per cubic second</st:role>
          <st:value>1</st:value>
          <st:role>Degree per cubic second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARJERK_Large">
      <st:role>Unit index for magnitude ANGULARJERK in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARJERK in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARJERK_ExtraLarge">
      <st:role>Unit index for magnitude ANGULARJERK in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARJERK in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARJERK_Small">
      <st:role>Unit index for magnitude ANGULARJERK in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARJERK in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARJERK_ExtraSmall">
      <st:role>Unit index for magnitude ANGULARJERK in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARJERK in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARJERK_Nanometric">
      <st:role>Unit index for magnitude ANGULARJERK in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARJERK in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENTUM">
      <st:role>Momentum</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per second</st:role>
          <st:value>1</st:value>
          <st:role>Gram x centimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Newton per second</st:role>
          <st:value>3</st:value>
          <st:role>Pound force per second</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENTUM_Large">
      <st:role>Unit index for magnitude MOMENTUM in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENTUM in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENTUM_ExtraLarge">
      <st:role>Unit index for magnitude MOMENTUM in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENTUM in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENTUM_Small">
      <st:role>Unit index for magnitude MOMENTUM in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENTUM in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENTUM_ExtraSmall">
      <st:role>Unit index for magnitude MOMENTUM in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENTUM in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENTUM_Nanometric">
      <st:role>Unit index for magnitude MOMENTUM in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENTUM in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZSQUARE">
      <st:role>Frequency Square</st:role>
      <st:int>
        <st:enum>
          <st:role>Square hertz</st:role>
          <st:value>1</st:value>
          <st:role>Square kilohertz</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZSQUARE_Large">
      <st:role>Unit index for magnitude HERTZSQUARE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZSQUARE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZSQUARE_ExtraLarge">
      <st:role>Unit index for magnitude HERTZSQUARE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZSQUARE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZSQUARE_Small">
      <st:role>Unit index for magnitude HERTZSQUARE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZSQUARE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZSQUARE_ExtraSmall">
      <st:role>Unit index for magnitude HERTZSQUARE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZSQUARE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZSQUARE_Nanometric">
      <st:role>Unit index for magnitude HERTZSQUARE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZSQUARE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZCUBE">
      <st:role>Frequency cube</st:role>
      <st:int>
        <st:enum>
          <st:role>cubic hertz</st:role>
          <st:value>1</st:value>
          <st:role>cubic kilohertz</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZCUBE_Large">
      <st:role>Unit index for magnitude HERTZCUBE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZCUBE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZCUBE_ExtraLarge">
      <st:role>Unit index for magnitude HERTZCUBE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZCUBE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZCUBE_Small">
      <st:role>Unit index for magnitude HERTZCUBE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZCUBE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZCUBE_ExtraSmall">
      <st:role>Unit index for magnitude HERTZCUBE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZCUBE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HERTZCUBE_Nanometric">
      <st:role>Unit index for magnitude HERTZCUBE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HERTZCUBE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE">
      <st:role>Per angle</st:role>
      <st:int>
        <st:enum>
          <st:role>Per degree</st:role>
          <st:value>1</st:value>
          <st:role>Per radian</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_Large">
      <st:role>Unit index for magnitude PER_ANGLE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_ExtraLarge">
      <st:role>Unit index for magnitude PER_ANGLE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_Small">
      <st:role>Unit index for magnitude PER_ANGLE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_ExtraSmall">
      <st:role>Unit index for magnitude PER_ANGLE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_Nanometric">
      <st:role>Unit index for magnitude PER_ANGLE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_SQUARE">
      <st:role>Per angle square</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square degree</st:role>
          <st:value>1</st:value>
          <st:role>Per square radian</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_SQUARE_Large">
      <st:role>Unit index for magnitude PER_ANGLE_SQUARE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE_SQUARE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_SQUARE_ExtraLarge">
      <st:role>Unit index for magnitude PER_ANGLE_SQUARE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE_SQUARE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_SQUARE_Small">
      <st:role>Unit index for magnitude PER_ANGLE_SQUARE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE_SQUARE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_SQUARE_ExtraSmall">
      <st:role>Unit index for magnitude PER_ANGLE_SQUARE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE_SQUARE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PER_ANGLE_SQUARE_Nanometric">
      <st:role>Unit index for magnitude PER_ANGLE_SQUARE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PER_ANGLE_SQUARE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_MONOPOLE_AMPLITUDE">
      <st:role>Acoustic monopole amplitude</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_MONOPOLE_AMPLITUDE_Large">
      <st:role>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_MONOPOLE_AMPLITUDE_ExtraLarge">
      <st:role>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_MONOPOLE_AMPLITUDE_Small">
      <st:role>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_MONOPOLE_AMPLITUDE_ExtraSmall">
      <st:role>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_MONOPOLE_AMPLITUDE_Nanometric">
      <st:role>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_MONOPOLE_AMPLITUDE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_DIPOLE_AMPLITUDE">
      <st:role>Acoustic dipole amplitude</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_DIPOLE_AMPLITUDE_Large">
      <st:role>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_DIPOLE_AMPLITUDE_ExtraLarge">
      <st:role>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_DIPOLE_AMPLITUDE_Small">
      <st:role>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_DIPOLE_AMPLITUDE_ExtraSmall">
      <st:role>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_DIPOLE_AMPLITUDE_Nanometric">
      <st:role>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_DIPOLE_AMPLITUDE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_QUADRUPOLE_AMPLITUDE">
      <st:role>Acoustic quadrupole amplitude</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram x square meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_QUADRUPOLE_AMPLITUDE_Large">
      <st:role>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_QUADRUPOLE_AMPLITUDE_ExtraLarge">
      <st:role>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_QUADRUPOLE_AMPLITUDE_Small">
      <st:role>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_QUADRUPOLE_AMPLITUDE_ExtraSmall">
      <st:role>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_QUADRUPOLE_AMPLITUDE_Nanometric">
      <st:role>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_QUADRUPOLE_AMPLITUDE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION">
      <st:role>Volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INTENSITY">
      <st:role>Intensity</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Watt per square foot</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INTENSITY_Large">
      <st:role>Unit index for magnitude INTENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INTENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INTENSITY_ExtraLarge">
      <st:role>Unit index for magnitude INTENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INTENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INTENSITY_Small">
      <st:role>Unit index for magnitude INTENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INTENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INTENSITY_ExtraSmall">
      <st:role>Unit index for magnitude INTENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INTENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INTENSITY_Nanometric">
      <st:role>Unit index for magnitude INTENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INTENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VELOCITY">
      <st:role>Square velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per square second</st:role>
          <st:value>1</st:value>
          <st:role>Joule per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VELOCITY_Large">
      <st:role>Unit index for magnitude SQUARE_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VELOCITY_Small">
      <st:role>Unit index for magnitude SQUARE_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude SQUARE_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PRESSURE">
      <st:role>Square pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Square pascal</st:role>
          <st:value>1</st:value>
          <st:role>Square kilogram per square meter per second ** 4</st:role>
          <st:value>2</st:value>
          <st:role>Square tonne per square millimeter per second ** 4</st:role>
          <st:value>3</st:value>
          <st:role>Square kilogram per square millimeter per second ** 4</st:role>
          <st:value>4</st:value>
          <st:role>square psi</st:role>
          <st:value>5</st:value>
          <st:role>Square Megapascal</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PRESSURE_Large">
      <st:role>Unit index for magnitude SQUARE_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PRESSURE_Small">
      <st:role>Unit index for magnitude SQUARE_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude SQUARE_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLOW_RESISTIVITY">
      <st:role>Flow resistivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal x second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton x second per meter ** 4</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram per cubic meter per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLOW_RESISTIVITY_Large">
      <st:role>Unit index for magnitude FLOW_RESISTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FLOW_RESISTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLOW_RESISTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude FLOW_RESISTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FLOW_RESISTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLOW_RESISTIVITY_Small">
      <st:role>Unit index for magnitude FLOW_RESISTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FLOW_RESISTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLOW_RESISTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude FLOW_RESISTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FLOW_RESISTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLOW_RESISTIVITY_Nanometric">
      <st:role>Unit index for magnitude FLOW_RESISTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FLOW_RESISTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONVECTIVE_FILM_COEFFICIENT">
      <st:role>Convective film coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per Kelvin per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Btu per square foot per hour per Fahrenheit degree</st:role>
          <st:value>2</st:value>
          <st:role>Btu per square inch per second per Fahrenheit degree</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONVECTIVE_FILM_COEFFICIENT_Large">
      <st:role>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONVECTIVE_FILM_COEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONVECTIVE_FILM_COEFFICIENT_Small">
      <st:role>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONVECTIVE_FILM_COEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONVECTIVE_FILM_COEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CONVECTIVE_FILM_COEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_RATE">
      <st:role>Heat rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt</st:role>
          <st:value>1</st:value>
          <st:role>Btu per hour</st:role>
          <st:value>2</st:value>
          <st:role>Btu per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_RATE_Large">
      <st:role>Unit index for magnitude HEAT_RATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_RATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_RATE_ExtraLarge">
      <st:role>Unit index for magnitude HEAT_RATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_RATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_RATE_Small">
      <st:role>Unit index for magnitude HEAT_RATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_RATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_RATE_ExtraSmall">
      <st:role>Unit index for magnitude HEAT_RATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_RATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_RATE_Nanometric">
      <st:role>Unit index for magnitude HEAT_RATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_RATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX">
      <st:role>Heat flux</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Btu per square foot per hour</st:role>
          <st:value>2</st:value>
          <st:role>Btu per square inch per second</st:role>
          <st:value>3</st:value>
          <st:role>Watt per square millimeter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_Large">
      <st:role>Unit index for magnitude HEAT_FLUX in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_ExtraLarge">
      <st:role>Unit index for magnitude HEAT_FLUX in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_Small">
      <st:role>Unit index for magnitude HEAT_FLUX in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_ExtraSmall">
      <st:role>Unit index for magnitude HEAT_FLUX in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_Nanometric">
      <st:role>Unit index for magnitude HEAT_FLUX in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULAR_VELOCITY">
      <st:role>Angular velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Turn per minute</st:role>
          <st:value>1</st:value>
          <st:role>Radian per second</st:role>
          <st:value>2</st:value>
          <st:role>Degree per second</st:role>
          <st:value>3</st:value>
          <st:role>Turn per second</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULAR_VELOCITY_Large">
      <st:role>Unit index for magnitude ANGULAR_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULAR_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULAR_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude ANGULAR_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULAR_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULAR_VELOCITY_Small">
      <st:role>Unit index for magnitude ANGULAR_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULAR_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULAR_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude ANGULAR_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULAR_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULAR_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude ANGULAR_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULAR_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CUMULATIVE_MOMENT">
      <st:role>Cumulative moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton x meter x second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CUMULATIVE_MOMENT_Large">
      <st:role>Unit index for magnitude CUMULATIVE_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CUMULATIVE_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CUMULATIVE_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude CUMULATIVE_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CUMULATIVE_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CUMULATIVE_MOMENT_Small">
      <st:role>Unit index for magnitude CUMULATIVE_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CUMULATIVE_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CUMULATIVE_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude CUMULATIVE_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CUMULATIVE_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CUMULATIVE_MOMENT_Nanometric">
      <st:role>Unit index for magnitude CUMULATIVE_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CUMULATIVE_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURVATURE">
      <st:role>Curvature</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter</st:role>
          <st:value>1</st:value>
          <st:role>Per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Per inch</st:role>
          <st:value>4</st:value>
          <st:role>Per foot</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURVATURE_Large">
      <st:role>Unit index for magnitude CURVATURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CURVATURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURVATURE_ExtraLarge">
      <st:role>Unit index for magnitude CURVATURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CURVATURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURVATURE_Small">
      <st:role>Unit index for magnitude CURVATURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CURVATURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURVATURE_ExtraSmall">
      <st:role>Unit index for magnitude CURVATURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CURVATURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURVATURE_Nanometric">
      <st:role>Unit index for magnitude CURVATURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CURVATURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_TIME">
      <st:role>Time squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_TIME_Large">
      <st:role>Unit index for magnitude SQUARE_TIME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_TIME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_TIME_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_TIME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_TIME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_TIME_Small">
      <st:role>Unit index for magnitude SQUARE_TIME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_TIME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_TIME_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_TIME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_TIME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_TIME_Nanometric">
      <st:role>Unit index for magnitude SQUARE_TIME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_TIME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY">
      <st:role>Volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_ACCELERATION">
      <st:role>Pressure over volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal over cubic meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_FORCE">
      <st:role>Force squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square newton</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_FORCE_Large">
      <st:role>Unit index for magnitude SQUARE_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_FORCE_Small">
      <st:role>Unit index for magnitude SQUARE_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_FORCE_Nanometric">
      <st:role>Unit index for magnitude SQUARE_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_MOMENT">
      <st:role>Moment squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square newton x square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_MOMENT_Large">
      <st:role>Unit index for magnitude SQUARE_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_MOMENT_Small">
      <st:role>Unit index for magnitude SQUARE_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_MOMENT_Nanometric">
      <st:role>Unit index for magnitude SQUARE_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_DISPLACEMENT">
      <st:role>Displacement squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude SQUARE_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude SQUARE_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude SQUARE_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATION">
      <st:role>Rotation squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square radian</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATION_Large">
      <st:role>Unit index for magnitude SQUARE_ROTATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATION_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_ROTATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATION_Small">
      <st:role>Unit index for magnitude SQUARE_ROTATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATION_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_ROTATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATION_Nanometric">
      <st:role>Unit index for magnitude SQUARE_ROTATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PULSATION">
      <st:role>Pulsation squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square radian per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PULSATION_Large">
      <st:role>Unit index for magnitude SQUARE_PULSATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PULSATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PULSATION_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_PULSATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PULSATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PULSATION_Small">
      <st:role>Unit index for magnitude SQUARE_PULSATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PULSATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PULSATION_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_PULSATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PULSATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_PULSATION_Nanometric">
      <st:role>Unit index for magnitude SQUARE_PULSATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_PULSATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ACCELERATION">
      <st:role>Acceleration squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per second ** 4</st:role>
          <st:value>1</st:value>
          <st:role>Square gravity</st:role>
          <st:value>2</st:value>
          <st:role>Square inch per second to the fourth</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ACCELERATION_Large">
      <st:role>Unit index for magnitude SQUARE_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ACCELERATION_Small">
      <st:role>Unit index for magnitude SQUARE_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude SQUARE_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATIONAL_ACCELERATION">
      <st:role>Rotational acceleration squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Square radian per second ** 4</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATIONAL_ACCELERATION_Large">
      <st:role>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATIONAL_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATIONAL_ACCELERATION_Small">
      <st:role>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATIONAL_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_ROTATIONAL_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_ROTATIONAL_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION">
      <st:role>Volume acceleration squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter ** 6 per second ** 4</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY">
      <st:role>Volume velocity squared</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter ** 6 per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOLID_ANGLE">
      <st:role>Solid angle</st:role>
      <st:int>
        <st:enum>
          <st:role>Steradian</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOLID_ANGLE_Large">
      <st:role>Unit index for magnitude SOLID_ANGLE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SOLID_ANGLE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOLID_ANGLE_ExtraLarge">
      <st:role>Unit index for magnitude SOLID_ANGLE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SOLID_ANGLE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOLID_ANGLE_Small">
      <st:role>Unit index for magnitude SOLID_ANGLE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SOLID_ANGLE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOLID_ANGLE_ExtraSmall">
      <st:role>Unit index for magnitude SOLID_ANGLE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SOLID_ANGLE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOLID_ANGLE_Nanometric">
      <st:role>Unit index for magnitude SOLID_ANGLE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SOLID_ANGLE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_FORCE">
      <st:role>Volume acceleration over force</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second per Newton</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_FORCE_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_FORCE_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_MOMENT">
      <st:role>Volume acceleration over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second per Newton meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_FORCE">
      <st:role>Volume velocity over force</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second per Newton</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_FORCE_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_FORCE_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_FORCE_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_MOMENT">
      <st:role>Volume velocity over moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second per Newton meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_MOMENT_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_MOMENT_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_MOMENT_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ACCELERATION">
      <st:role>Volume acceleration over acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second over meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ACCELERATION_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ACCELERATION_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ACCELERATION">
      <st:role>Volume velocity over acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second over meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ACCELERATION_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ACCELERATION_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION">
      <st:role>Volume acceleration over rotational acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second over radian per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION">
      <st:role>Volume velocity over rotational acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second over radian per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATIONAL_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_POTENTIAL">
      <st:role>Velocity potential</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_POTENTIAL_Large">
      <st:role>Unit index for magnitude VELOCITY_POTENTIAL in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_POTENTIAL in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_POTENTIAL_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITY_POTENTIAL in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_POTENTIAL in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_POTENTIAL_Small">
      <st:role>Unit index for magnitude VELOCITY_POTENTIAL in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_POTENTIAL in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_POTENTIAL_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITY_POTENTIAL in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_POTENTIAL in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_POTENTIAL_Nanometric">
      <st:role>Unit index for magnitude VELOCITY_POTENTIAL in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_POTENTIAL in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_TIME">
      <st:role>Pressure over time</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal per second</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per meter per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Pound per square inch per second</st:role>
          <st:value>3</st:value>
          <st:role>Millipascal per second</st:role>
          <st:value>4</st:value>
          <st:role>Kilopascal per second</st:role>
          <st:value>5</st:value>
          <st:role>Tonne per millimeter per cubic second</st:role>
          <st:value>6</st:value>
          <st:role>Kilogram per millimeter per cubic second</st:role>
          <st:value>7</st:value>
          <st:role>Megapascal per second</st:role>
          <st:value>8</st:value>
          <st:role>Gigapascal per second</st:role>
          <st:value>9</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_TIME_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_TIME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_TIME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_TIME_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_TIME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_TIME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_TIME_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_TIME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_TIME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_TIME_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_TIME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_TIME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_TIME_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_TIME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_TIME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_DISPLACEMENT">
      <st:role>Volume acceleration over displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_DISPLACEMENT">
      <st:role>Volume velocity over displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATION">
      <st:role>Volume acceleration over rotation</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second per radian</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATION_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATION_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_ROTATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_ROTATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATION">
      <st:role>Volume velocity over rotation</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second per radian</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATION_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATION_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_ROTATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_ROTATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_VELOCITY">
      <st:role>Volume acceleration over velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second over meter per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_VELOCITY_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_VELOCITY_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_VELOCITY">
      <st:role>Volume velocity over velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second over meter per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_VELOCITY_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_VELOCITY_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_PULSATION">
      <st:role>Volume acceleration over pulsation</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per square second over radian per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_PULSATION_Large">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_PULSATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_PULSATION_Small">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_PULSATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_ACCELERATION_OVER_PULSATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_ACCELERATION_OVER_PULSATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_PULSATION">
      <st:role>Volume velocity over pulsation</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second over radian per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_PULSATION_Large">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_PULSATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_PULSATION_Small">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_PULSATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUME_VELOCITY_OVER_PULSATION_Nanometric">
      <st:role>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUME_VELOCITY_OVER_PULSATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_PRESSURE">
      <st:role>Power spectral density pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Square Pascal per Hertz</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_PRESSURE_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_PRESSURE_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_DISPLACEMENT">
      <st:role>Power spectral density displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter second</st:role>
          <st:value>1</st:value>
          <st:role>Square meter per Hertz</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_VELOCITY">
      <st:role>Power spectral density velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Square meter over square second Hertz</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_VELOCITY_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_VELOCITY_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ACCELERATION">
      <st:role>Power spectral density acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Square Meter Per Cubic Second</st:role>
          <st:value>1</st:value>
          <st:role>Square meter over second to the fourth Hertz</st:role>
          <st:value>2</st:value>
          <st:role>Square gravity per Hertz</st:role>
          <st:value>3</st:value>
          <st:role>Square inch per second to the fourth per Hertz</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ACCELERATION_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ACCELERATION_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY">
      <st:role>Power spectral density</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram x square meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXPRESSURE">
      <st:role>Acceleration x pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per square second x Pascal</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXPRESSURE_Large">
      <st:role>Unit index for magnitude ACCELERATIONXPRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXPRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXPRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATIONXPRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXPRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXPRESSURE_Small">
      <st:role>Unit index for magnitude ACCELERATIONXPRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXPRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXPRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATIONXPRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXPRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXPRESSURE_Nanometric">
      <st:role>Unit index for magnitude ACCELERATIONXPRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXPRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXPRESSURE">
      <st:role>Velocity x pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per second x Pascal</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXPRESSURE_Large">
      <st:role>Unit index for magnitude VELOCITYXPRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXPRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXPRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITYXPRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXPRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXPRESSURE_Small">
      <st:role>Unit index for magnitude VELOCITYXPRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXPRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXPRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITYXPRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXPRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXPRESSURE_Nanometric">
      <st:role>Unit index for magnitude VELOCITYXPRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXPRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXFORCE">
      <st:role>Acceleration x force</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per square second x Newton</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXFORCE_Large">
      <st:role>Unit index for magnitude ACCELERATIONXFORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXFORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXFORCE_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATIONXFORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXFORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXFORCE_Small">
      <st:role>Unit index for magnitude ACCELERATIONXFORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXFORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXFORCE_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATIONXFORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXFORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXFORCE_Nanometric">
      <st:role>Unit index for magnitude ACCELERATIONXFORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXFORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXFORCE">
      <st:role>Velocity x force</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per second x Newton</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXFORCE_Large">
      <st:role>Unit index for magnitude VELOCITYXFORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXFORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXFORCE_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITYXFORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXFORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXFORCE_Small">
      <st:role>Unit index for magnitude VELOCITYXFORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXFORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXFORCE_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITYXFORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXFORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXFORCE_Nanometric">
      <st:role>Unit index for magnitude VELOCITYXFORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXFORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE">
      <st:role>Pressure x force</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal Newton</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_Large">
      <st:role>Unit index for magnitude PRESSUREXFORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_ExtraLarge">
      <st:role>Unit index for magnitude PRESSUREXFORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_Small">
      <st:role>Unit index for magnitude PRESSUREXFORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_ExtraSmall">
      <st:role>Unit index for magnitude PRESSUREXFORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_Nanometric">
      <st:role>Unit index for magnitude PRESSUREXFORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXVOLUME_ACCELERATION">
      <st:role>Acceleration x volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per square second x cubic meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXVOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXVOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXVOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXVOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATIONXVOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATIONXVOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXVOLUME_ACCELERATION">
      <st:role>Velocity x volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter par second x cubic meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXVOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXVOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXVOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXVOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITYXVOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITYXVOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_ACCELERATION">
      <st:role>Displacement x volume acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x cubic meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_ACCELERATION_Large">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_ACCELERATION_Small">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_VELOCITY">
      <st:role>Displacement x volume velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x cubic meter per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_VELOCITY_Large">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_VELOCITY_Small">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXVOLUME_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXVOLUME_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINATION">
      <st:role>Luminance</st:role>
      <st:int>
        <st:enum>
          <st:role>Candela per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Candela per square foot</st:role>
          <st:value>2</st:value>
          <st:role>Nit</st:role>
          <st:value>3</st:value>
          <st:role>Foot Lambert</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINATION_Large">
      <st:role>Unit index for magnitude ILLUMINATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINATION_ExtraLarge">
      <st:role>Unit index for magnitude ILLUMINATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINATION_Small">
      <st:role>Unit index for magnitude ILLUMINATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINATION_ExtraSmall">
      <st:role>Unit index for magnitude ILLUMINATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINATION_Nanometric">
      <st:role>Unit index for magnitude ILLUMINATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMEN">
      <st:role>luminous intensity</st:role>
      <st:int>
        <st:enum>
          <st:role>candela</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMEN_Large">
      <st:role>Unit index for magnitude LUMEN in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMEN in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMEN_ExtraLarge">
      <st:role>Unit index for magnitude LUMEN in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMEN in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMEN_Small">
      <st:role>Unit index for magnitude LUMEN in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMEN in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMEN_ExtraSmall">
      <st:role>Unit index for magnitude LUMEN in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMEN in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMEN_Nanometric">
      <st:role>Unit index for magnitude LUMEN in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMEN in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_TEMPRTRE">
      <st:role>Inverse temperature</st:role>
      <st:int>
        <st:enum>
          <st:role>Per Kelvin</st:role>
          <st:value>1</st:value>
          <st:role>Per Celsius degree</st:role>
          <st:value>2</st:value>
          <st:role>Per Fahrenheit degree</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_TEMPRTRE_Large">
      <st:role>Unit index for magnitude INVERSE_TEMPRTRE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_TEMPRTRE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_TEMPRTRE_ExtraLarge">
      <st:role>Unit index for magnitude INVERSE_TEMPRTRE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_TEMPRTRE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_TEMPRTRE_Small">
      <st:role>Unit index for magnitude INVERSE_TEMPRTRE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_TEMPRTRE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_TEMPRTRE_ExtraSmall">
      <st:role>Unit index for magnitude INVERSE_TEMPRTRE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_TEMPRTRE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_TEMPRTRE_Nanometric">
      <st:role>Unit index for magnitude INVERSE_TEMPRTRE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_TEMPRTRE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATION">
      <st:role>Power spectral density rotation</st:role>
      <st:int>
        <st:enum>
          <st:role>Square radian second</st:role>
          <st:value>1</st:value>
          <st:role>Square degree x second</st:role>
          <st:value>2</st:value>
          <st:role>Square radian per Hertz</st:role>
          <st:value>3</st:value>
          <st:role>Square degree per Hertz</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATION_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATION_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATION_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATION_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATION_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY">
      <st:role>Power spectral density rotational velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Square radian per second</st:role>
          <st:value>1</st:value>
          <st:role>Square degree per second</st:role>
          <st:value>2</st:value>
          <st:role>Square radian over square second Hertz</st:role>
          <st:value>3</st:value>
          <st:role>Square degree over square second Hertz</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION">
      <st:role>Power spectral density rotational acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Square radian per cubic second</st:role>
          <st:value>1</st:value>
          <st:role>Square degree per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Square radian over second to the fourth Hertz</st:role>
          <st:value>3</st:value>
          <st:role>Square degree over second to the fourth Hertz</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_ROTATIONAL_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_FORCE">
      <st:role>Power spectral density force</st:role>
      <st:int>
        <st:enum>
          <st:role>Square kilogram square meter per cubic second</st:role>
          <st:value>1</st:value>
          <st:role>Square Newton second</st:role>
          <st:value>2</st:value>
          <st:role>Square Newton per Hertz</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_FORCE_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_FORCE_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_FORCE_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_FORCE_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_FORCE_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_FORCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_MOMENT">
      <st:role>Power spectral density moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Square kilogram meter to the fourth per cubic second</st:role>
          <st:value>1</st:value>
          <st:role>Square Newton square meter second</st:role>
          <st:value>2</st:value>
          <st:role>Square Newton square meter per Hertz</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_MOMENT_Large">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_MOMENT_ExtraLarge">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_MOMENT_Small">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_MOMENT_ExtraSmall">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_SPECTRAL_DENSITY_MOMENT_Nanometric">
      <st:role>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_SPECTRAL_DENSITY_MOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_AREA">
      <st:role>Pressure over area</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram over cubic meter square second</st:role>
          <st:value>1</st:value>
          <st:role>Pascal per square meter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_AREA_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_AREA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_AREA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_AREA_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_AREA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_AREA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_AREA_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_AREA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_AREA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_AREA_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_AREA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_AREA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_AREA_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_AREA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_AREA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_SQUARE_PRESSURE">
      <st:role>Inverse square pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Inverse square Pascal</st:role>
          <st:value>1</st:value>
          <st:role>Square meter second to the fourth per square kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter second to the fourth per square tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter second to the fourth per square kilogram</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_SQUARE_PRESSURE_Large">
      <st:role>Unit index for magnitude INVERSE_SQUARE_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_SQUARE_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_SQUARE_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude INVERSE_SQUARE_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_SQUARE_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_SQUARE_PRESSURE_Small">
      <st:role>Unit index for magnitude INVERSE_SQUARE_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_SQUARE_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_SQUARE_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude INVERSE_SQUARE_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_SQUARE_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_SQUARE_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude INVERSE_SQUARE_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_SQUARE_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_OVER_FREQUENCY">
      <st:role>Pressure x force over frequency </st:role>
      <st:int>
        <st:enum>
          <st:role>Square kilogram per cubic second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_OVER_FREQUENCY_Large">
      <st:role>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_OVER_FREQUENCY_ExtraLarge">
      <st:role>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_OVER_FREQUENCY_Small">
      <st:role>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_OVER_FREQUENCY_ExtraSmall">
      <st:role>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSUREXFORCE_OVER_FREQUENCY_Nanometric">
      <st:role>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSUREXFORCE_OVER_FREQUENCY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXFORCE_OVER_FREQUENCY">
      <st:role>Displacement x force over frequency </st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Newton x meter x second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXFORCE_OVER_FREQUENCY_Large">
      <st:role>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXFORCE_OVER_FREQUENCY_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXFORCE_OVER_FREQUENCY_Small">
      <st:role>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXFORCE_OVER_FREQUENCY_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENTXFORCE_OVER_FREQUENCY_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENTXFORCE_OVER_FREQUENCY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY">
      <st:role>Square volume velocity over frequency</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter ** 6 per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY_Large">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY_Small">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY_Nanometric">
      <st:role>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_VELOCITY_OVER_FREQUENCY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY">
      <st:role>Square volume acceleration over frequency</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter ** 6 per cubic second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY_Large">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY_ExtraLarge">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY_Small">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY_ExtraSmall">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY_Nanometric">
      <st:role>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SQUARE_VOLUME_ACCELERATION_OVER_FREQUENCY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_LENGTH">
      <st:role>Wavelength</st:role>
      <st:int>
        <st:enum>
          <st:role>Nanometer</st:role>
          <st:value>1</st:value>
          <st:role>Micrometer</st:role>
          <st:value>2</st:value>
          <st:role>Angstrom</st:role>
          <st:value>3</st:value>
          <st:role>Meter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_LENGTH_Large">
      <st:role>Unit index for magnitude WAVE_LENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_LENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_LENGTH_ExtraLarge">
      <st:role>Unit index for magnitude WAVE_LENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_LENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_LENGTH_Small">
      <st:role>Unit index for magnitude WAVE_LENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_LENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_LENGTH_ExtraSmall">
      <st:role>Unit index for magnitude WAVE_LENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_LENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_LENGTH_Nanometric">
      <st:role>Unit index for magnitude WAVE_LENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_LENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_FLUX">
      <st:role>Luminous flux</st:role>
      <st:int>
        <st:enum>
          <st:role>lumen</st:role>
          <st:value>1</st:value>
          <st:role>Mean spherical candle power</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_FLUX_Large">
      <st:role>Unit index for magnitude LUMINOUS_FLUX in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_FLUX in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_FLUX_ExtraLarge">
      <st:role>Unit index for magnitude LUMINOUS_FLUX in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_FLUX in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_FLUX_Small">
      <st:role>Unit index for magnitude LUMINOUS_FLUX in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_FLUX in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_FLUX_ExtraSmall">
      <st:role>Unit index for magnitude LUMINOUS_FLUX in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_FLUX in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_FLUX_Nanometric">
      <st:role>Unit index for magnitude LUMINOUS_FLUX in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_FLUX in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_FLUX">
      <st:role>Radiant Flux</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_FLUX_Large">
      <st:role>Unit index for magnitude RADIANT_FLUX in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_FLUX in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_FLUX_ExtraLarge">
      <st:role>Unit index for magnitude RADIANT_FLUX in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_FLUX in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_FLUX_Small">
      <st:role>Unit index for magnitude RADIANT_FLUX in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_FLUX in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_FLUX_ExtraSmall">
      <st:role>Unit index for magnitude RADIANT_FLUX in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_FLUX in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_FLUX_Nanometric">
      <st:role>Unit index for magnitude RADIANT_FLUX in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_FLUX in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEIC_ABSORPTION">
      <st:role>Lineic Absorption</st:role>
      <st:int>
        <st:enum>
          <st:role>Per millimeter</st:role>
          <st:value>1</st:value>
          <st:role>Per meter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEIC_ABSORPTION_Large">
      <st:role>Unit index for magnitude LINEIC_ABSORPTION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEIC_ABSORPTION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEIC_ABSORPTION_ExtraLarge">
      <st:role>Unit index for magnitude LINEIC_ABSORPTION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEIC_ABSORPTION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEIC_ABSORPTION_Small">
      <st:role>Unit index for magnitude LINEIC_ABSORPTION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEIC_ABSORPTION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEIC_ABSORPTION_ExtraSmall">
      <st:role>Unit index for magnitude LINEIC_ABSORPTION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEIC_ABSORPTION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEIC_ABSORPTION_Nanometric">
      <st:role>Unit index for magnitude LINEIC_ABSORPTION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEIC_ABSORPTION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Ratio">
      <st:role>Ratio</st:role>
      <st:int>
        <st:enum>
          <st:role>Percentage</st:role>
          <st:value>1</st:value>
          <st:role>None</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Ratio_Large">
      <st:role>Unit index for magnitude Ratio in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude Ratio in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Ratio_ExtraLarge">
      <st:role>Unit index for magnitude Ratio in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude Ratio in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Ratio_Small">
      <st:role>Unit index for magnitude Ratio in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude Ratio in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Ratio_ExtraSmall">
      <st:role>Unit index for magnitude Ratio in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude Ratio in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Ratio_Nanometric">
      <st:role>Unit index for magnitude Ratio in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude Ratio in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANCE">
      <st:role>Radiance</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter per steradian</st:role>
          <st:value>1</st:value>
          <st:role>Watt per square foot per steradian</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANCE_Large">
      <st:role>Unit index for magnitude RADIANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANCE_ExtraLarge">
      <st:role>Unit index for magnitude RADIANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANCE_Small">
      <st:role>Unit index for magnitude RADIANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANCE_ExtraSmall">
      <st:role>Unit index for magnitude RADIANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANCE_Nanometric">
      <st:role>Unit index for magnitude RADIANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINANCE">
      <st:role>Illuminance</st:role>
      <st:int>
        <st:enum>
          <st:role>Lux</st:role>
          <st:value>1</st:value>
          <st:role>Foot candle</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINANCE_Large">
      <st:role>Unit index for magnitude ILLUMINANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINANCE_ExtraLarge">
      <st:role>Unit index for magnitude ILLUMINANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINANCE_Small">
      <st:role>Unit index for magnitude ILLUMINANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINANCE_ExtraSmall">
      <st:role>Unit index for magnitude ILLUMINANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ILLUMINANCE_Nanometric">
      <st:role>Unit index for magnitude ILLUMINANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ILLUMINANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IRRADIANCE">
      <st:role>Irradiance</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Watt per square foot</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IRRADIANCE_Large">
      <st:role>Unit index for magnitude IRRADIANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude IRRADIANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IRRADIANCE_ExtraLarge">
      <st:role>Unit index for magnitude IRRADIANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude IRRADIANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IRRADIANCE_Small">
      <st:role>Unit index for magnitude IRRADIANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude IRRADIANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IRRADIANCE_ExtraSmall">
      <st:role>Unit index for magnitude IRRADIANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude IRRADIANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IRRADIANCE_Nanometric">
      <st:role>Unit index for magnitude IRRADIANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude IRRADIANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_INTENSITY">
      <st:role>Luminous intensity</st:role>
      <st:int>
        <st:enum>
          <st:role>candela</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_INTENSITY_Large">
      <st:role>Unit index for magnitude LUMINOUS_INTENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_INTENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_INTENSITY_ExtraLarge">
      <st:role>Unit index for magnitude LUMINOUS_INTENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_INTENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_INTENSITY_Small">
      <st:role>Unit index for magnitude LUMINOUS_INTENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_INTENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_INTENSITY_ExtraSmall">
      <st:role>Unit index for magnitude LUMINOUS_INTENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_INTENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUS_INTENSITY_Nanometric">
      <st:role>Unit index for magnitude LUMINOUS_INTENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUS_INTENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_INTENSITY">
      <st:role>Radiant intensity</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per steradian</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_INTENSITY_Large">
      <st:role>Unit index for magnitude RADIANT_INTENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_INTENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_INTENSITY_ExtraLarge">
      <st:role>Unit index for magnitude RADIANT_INTENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_INTENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_INTENSITY_Small">
      <st:role>Unit index for magnitude RADIANT_INTENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_INTENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_INTENSITY_ExtraSmall">
      <st:role>Unit index for magnitude RADIANT_INTENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_INTENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANT_INTENSITY_Nanometric">
      <st:role>Unit index for magnitude RADIANT_INTENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANT_INTENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_RATE">
      <st:role>Heat generation rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>British thermal unit per hour per cubic foot</st:role>
          <st:value>2</st:value>
          <st:role>Erg per cubic centimeter per second</st:role>
          <st:value>3</st:value>
          <st:role>Watt per cubic millimeter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_RATE_Large">
      <st:role>Unit index for magnitude HEAT_GENERATION_RATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_RATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_RATE_ExtraLarge">
      <st:role>Unit index for magnitude HEAT_GENERATION_RATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_RATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_RATE_Small">
      <st:role>Unit index for magnitude HEAT_GENERATION_RATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_RATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_RATE_ExtraSmall">
      <st:role>Unit index for magnitude HEAT_GENERATION_RATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_RATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_RATE_Nanometric">
      <st:role>Unit index for magnitude HEAT_GENERATION_RATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_RATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Exothermy">
      <st:role>Exothermy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kilogram per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Exothermy_Large">
      <st:role>Unit index for magnitude Exothermy in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude Exothermy in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Exothermy_ExtraLarge">
      <st:role>Unit index for magnitude Exothermy in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude Exothermy in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Exothermy_Small">
      <st:role>Unit index for magnitude Exothermy in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude Exothermy in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Exothermy_ExtraSmall">
      <st:role>Unit index for magnitude Exothermy in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude Exothermy in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="Exothermy_Nanometric">
      <st:role>Unit index for magnitude Exothermy in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude Exothermy in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_POWER">
      <st:role>Acoustic power</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt</st:role>
          <st:value>1</st:value>
          <st:role>Kilowatt</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_POWER_Large">
      <st:role>Unit index for magnitude ACOUSTIC_POWER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_POWER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_POWER_ExtraLarge">
      <st:role>Unit index for magnitude ACOUSTIC_POWER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_POWER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_POWER_Small">
      <st:role>Unit index for magnitude ACOUSTIC_POWER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_POWER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_POWER_ExtraSmall">
      <st:role>Unit index for magnitude ACOUSTIC_POWER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_POWER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_POWER_Nanometric">
      <st:role>Unit index for magnitude ACOUSTIC_POWER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_POWER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_VELOCITY">
      <st:role>Inverse velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Second per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_VELOCITY_Large">
      <st:role>Unit index for magnitude INVERSE_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude INVERSE_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_VELOCITY_Small">
      <st:role>Unit index for magnitude INVERSE_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude INVERSE_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSE_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude INVERSE_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSE_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WARPING_COEFFICIENT">
      <st:role>Warping coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter ** 6</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WARPING_COEFFICIENT_Large">
      <st:role>Unit index for magnitude WARPING_COEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude WARPING_COEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WARPING_COEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude WARPING_COEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude WARPING_COEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WARPING_COEFFICIENT_Small">
      <st:role>Unit index for magnitude WARPING_COEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude WARPING_COEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WARPING_COEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude WARPING_COEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude WARPING_COEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WARPING_COEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude WARPING_COEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude WARPING_COEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_LINEAR_PART">
      <st:role>Specific heat capacity vs temperature (linear part)</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kelvin per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Joule per kelvin per gram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_LINEAR_PART_Large">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_LINEAR_PART_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_LINEAR_PART_Small">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_LINEAR_PART_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_LINEAR_PART_Nanometric">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_LINEAR_PART in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART">
      <st:role>Specific heat capacity vs temperature (quadratic part)</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per square kelvin per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Joule per square kelvin per gram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART_Large">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART_Small">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART_Nanometric">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_QUADRATIC_PART in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_CUBIC_PART">
      <st:role>Specific heat capacity vs temperature (cubic part)</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per cubic kelvin per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Joule per cubic kelvin per gram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_CUBIC_PART_Large">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_CUBIC_PART_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_CUBIC_PART_Small">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_CUBIC_PART_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_CAPACITY_CUBIC_PART_Nanometric">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_CAPACITY_CUBIC_PART in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TORQUE">
      <st:role>Torque</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton x Meter</st:role>
          <st:value>1</st:value>
          <st:role>Pound force x Inch</st:role>
          <st:value>2</st:value>
          <st:role>Newton x Millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter x tonne per square second</st:role>
          <st:value>4</st:value>
          <st:role>Square millimeter x kilogram per square second</st:role>
          <st:value>5</st:value>
          <st:role>Kilogram force x centimeter</st:role>
          <st:value>6</st:value>
          <st:role>Pound force foot</st:role>
          <st:value>7</st:value>
          <st:role>Dyne centimeter</st:role>
          <st:value>8</st:value>
          <st:role>MicroNewton millimeter</st:role>
          <st:value>9</st:value>
          <st:role>Decanewton x millimeter</st:role>
          <st:value>10</st:value>
          <st:role>Kilogram force x millimeter</st:role>
          <st:value>11</st:value>
          <st:role>Ounce force inch</st:role>
          <st:value>12</st:value>
          <st:role>Kilogram force per meter</st:role>
          <st:value>13</st:value>
          <st:role>Ounce force foot</st:role>
          <st:value>14</st:value>
          <st:role>Decinewton meter</st:role>
          <st:value>15</st:value>
          <st:role>Newton centimeter</st:role>
          <st:value>16</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TORQUE_Large">
      <st:role>Unit index for magnitude TORQUE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TORQUE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TORQUE_ExtraLarge">
      <st:role>Unit index for magnitude TORQUE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TORQUE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TORQUE_Small">
      <st:role>Unit index for magnitude TORQUE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TORQUE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TORQUE_ExtraSmall">
      <st:role>Unit index for magnitude TORQUE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TORQUE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TORQUE_Nanometric">
      <st:role>Unit index for magnitude TORQUE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TORQUE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICAL_CONDUCTIVITY">
      <st:role>Electrical conductivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Reciprocal Ohm per meter</st:role>
          <st:value>1</st:value>
          <st:role>Siemens per meter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICAL_CONDUCTIVITY_Large">
      <st:role>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICAL_CONDUCTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICAL_CONDUCTIVITY_Small">
      <st:role>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICAL_CONDUCTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICAL_CONDUCTIVITY_Nanometric">
      <st:role>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICAL_CONDUCTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIC_PERMEABILITY">
      <st:role>Magnetic permeability</st:role>
      <st:int>
        <st:enum>
          <st:role>Henry per meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per square Ampere</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIC_PERMEABILITY_Large">
      <st:role>Unit index for magnitude MAGNETIC_PERMEABILITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIC_PERMEABILITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIC_PERMEABILITY_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETIC_PERMEABILITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIC_PERMEABILITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIC_PERMEABILITY_Small">
      <st:role>Unit index for magnitude MAGNETIC_PERMEABILITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIC_PERMEABILITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIC_PERMEABILITY_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETIC_PERMEABILITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIC_PERMEABILITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIC_PERMEABILITY_Nanometric">
      <st:role>Unit index for magnitude MAGNETIC_PERMEABILITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIC_PERMEABILITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENT_DENSITY">
      <st:role>Current density</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Ampere per square centimeter</st:role>
          <st:value>2</st:value>
          <st:role>Ampere per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENT_DENSITY_Large">
      <st:role>Unit index for magnitude CURRENT_DENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENT_DENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENT_DENSITY_ExtraLarge">
      <st:role>Unit index for magnitude CURRENT_DENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENT_DENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENT_DENSITY_Small">
      <st:role>Unit index for magnitude CURRENT_DENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENT_DENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENT_DENSITY_ExtraSmall">
      <st:role>Unit index for magnitude CURRENT_DENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENT_DENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENT_DENSITY_Nanometric">
      <st:role>Unit index for magnitude CURRENT_DENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENT_DENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JOULE_HEATING">
      <st:role>Joule heating</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>British thermal unit per hour per cubic foot</st:role>
          <st:value>2</st:value>
          <st:role>Erg per cubic centimeter per second</st:role>
          <st:value>3</st:value>
          <st:role>Watt per cubic millimeter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JOULE_HEATING_Large">
      <st:role>Unit index for magnitude JOULE_HEATING in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude JOULE_HEATING in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JOULE_HEATING_ExtraLarge">
      <st:role>Unit index for magnitude JOULE_HEATING in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude JOULE_HEATING in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JOULE_HEATING_Small">
      <st:role>Unit index for magnitude JOULE_HEATING in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude JOULE_HEATING in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JOULE_HEATING_ExtraSmall">
      <st:role>Unit index for magnitude JOULE_HEATING in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude JOULE_HEATING in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="JOULE_HEATING_Nanometric">
      <st:role>Unit index for magnitude JOULE_HEATING in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude JOULE_HEATING in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVENUMBER">
      <st:role>Wave number</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter</st:role>
          <st:value>1</st:value>
          <st:role>Per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Per inch</st:role>
          <st:value>4</st:value>
          <st:role>Per foot</st:role>
          <st:value>5</st:value>
          <st:role>Per decimeter</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVENUMBER_Large">
      <st:role>Unit index for magnitude WAVENUMBER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVENUMBER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVENUMBER_ExtraLarge">
      <st:role>Unit index for magnitude WAVENUMBER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVENUMBER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVENUMBER_Small">
      <st:role>Unit index for magnitude WAVENUMBER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVENUMBER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVENUMBER_ExtraSmall">
      <st:role>Unit index for magnitude WAVENUMBER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVENUMBER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVENUMBER_Nanometric">
      <st:role>Unit index for magnitude WAVENUMBER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVENUMBER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CIRCULARWAVENUMBER">
      <st:role>Circular wave number</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per meter</st:role>
          <st:value>1</st:value>
          <st:role>Radian per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Radian per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Radian per inch</st:role>
          <st:value>4</st:value>
          <st:role>Radian per foot</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CIRCULARWAVENUMBER_Large">
      <st:role>Unit index for magnitude CIRCULARWAVENUMBER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CIRCULARWAVENUMBER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CIRCULARWAVENUMBER_ExtraLarge">
      <st:role>Unit index for magnitude CIRCULARWAVENUMBER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CIRCULARWAVENUMBER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CIRCULARWAVENUMBER_Small">
      <st:role>Unit index for magnitude CIRCULARWAVENUMBER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CIRCULARWAVENUMBER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CIRCULARWAVENUMBER_ExtraSmall">
      <st:role>Unit index for magnitude CIRCULARWAVENUMBER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CIRCULARWAVENUMBER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CIRCULARWAVENUMBER_Nanometric">
      <st:role>Unit index for magnitude CIRCULARWAVENUMBER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CIRCULARWAVENUMBER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DAMPINGCOEFFICIENT">
      <st:role>Damping coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DAMPINGCOEFFICIENT_Large">
      <st:role>Unit index for magnitude DAMPINGCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DAMPINGCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DAMPINGCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude DAMPINGCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DAMPINGCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DAMPINGCOEFFICIENT_Small">
      <st:role>Unit index for magnitude DAMPINGCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DAMPINGCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DAMPINGCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude DAMPINGCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DAMPINGCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DAMPINGCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude DAMPINGCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DAMPINGCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOGARITHMICDECREMENT">
      <st:role>Logarithmic decrement</st:role>
      <st:int>
        <st:enum>
          <st:role>Per siemens</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOGARITHMICDECREMENT_Large">
      <st:role>Unit index for magnitude LOGARITHMICDECREMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LOGARITHMICDECREMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOGARITHMICDECREMENT_ExtraLarge">
      <st:role>Unit index for magnitude LOGARITHMICDECREMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LOGARITHMICDECREMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOGARITHMICDECREMENT_Small">
      <st:role>Unit index for magnitude LOGARITHMICDECREMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LOGARITHMICDECREMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOGARITHMICDECREMENT_ExtraSmall">
      <st:role>Unit index for magnitude LOGARITHMICDECREMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LOGARITHMICDECREMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOGARITHMICDECREMENT_Nanometric">
      <st:role>Unit index for magnitude LOGARITHMICDECREMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LOGARITHMICDECREMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATTENUATIONCOEFFICIENT">
      <st:role>Attenuation coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter</st:role>
          <st:value>1</st:value>
          <st:role>Per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Per inch</st:role>
          <st:value>4</st:value>
          <st:role>Per foot</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATTENUATIONCOEFFICIENT_Large">
      <st:role>Unit index for magnitude ATTENUATIONCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ATTENUATIONCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATTENUATIONCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude ATTENUATIONCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ATTENUATIONCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATTENUATIONCOEFFICIENT_Small">
      <st:role>Unit index for magnitude ATTENUATIONCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ATTENUATIONCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATTENUATIONCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude ATTENUATIONCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ATTENUATIONCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATTENUATIONCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude ATTENUATIONCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ATTENUATIONCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PHASECOEFFICIENT">
      <st:role>Phase coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter</st:role>
          <st:value>1</st:value>
          <st:role>Per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Per inch</st:role>
          <st:value>4</st:value>
          <st:role>Per foot</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PHASECOEFFICIENT_Large">
      <st:role>Unit index for magnitude PHASECOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PHASECOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PHASECOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude PHASECOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PHASECOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PHASECOEFFICIENT_Small">
      <st:role>Unit index for magnitude PHASECOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PHASECOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PHASECOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude PHASECOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PHASECOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PHASECOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude PHASECOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PHASECOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PROPAGATIONCOEFFICIENT">
      <st:role>Propagation coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter</st:role>
          <st:value>1</st:value>
          <st:role>Per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Per inch</st:role>
          <st:value>4</st:value>
          <st:role>Per foot</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PROPAGATIONCOEFFICIENT_Large">
      <st:role>Unit index for magnitude PROPAGATIONCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PROPAGATIONCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PROPAGATIONCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude PROPAGATIONCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PROPAGATIONCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PROPAGATIONCOEFFICIENT_Small">
      <st:role>Unit index for magnitude PROPAGATIONCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PROPAGATIONCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PROPAGATIONCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude PROPAGATIONCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PROPAGATIONCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PROPAGATIONCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude PROPAGATIONCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PROPAGATIONCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME">
      <st:role>Specific volume</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Deciliter per gram</st:role>
          <st:value>2</st:value>
          <st:role>Milliliter per 100g</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_Large">
      <st:role>Unit index for magnitude SPECIFICVOLUME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFICVOLUME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_Small">
      <st:role>Unit index for magnitude SPECIFICVOLUME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFICVOLUME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_Nanometric">
      <st:role>Unit index for magnitude SPECIFICVOLUME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUM">
      <st:role>Angular momentum</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton x meter x second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUM_Large">
      <st:role>Unit index for magnitude ANGULARMOMENTUM in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUM in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUM_ExtraLarge">
      <st:role>Unit index for magnitude ANGULARMOMENTUM in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUM in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUM_Small">
      <st:role>Unit index for magnitude ANGULARMOMENTUM in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUM in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUM_ExtraSmall">
      <st:role>Unit index for magnitude ANGULARMOMENTUM in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUM in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUM_Nanometric">
      <st:role>Unit index for magnitude ANGULARMOMENTUM in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUM in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICALTORQUECONSTANT">
      <st:role>Electrical torque constant</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton meter per ampere</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICALTORQUECONSTANT_Large">
      <st:role>Unit index for magnitude ELECTRICALTORQUECONSTANT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICALTORQUECONSTANT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICALTORQUECONSTANT_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICALTORQUECONSTANT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICALTORQUECONSTANT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICALTORQUECONSTANT_Small">
      <st:role>Unit index for magnitude ELECTRICALTORQUECONSTANT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICALTORQUECONSTANT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICALTORQUECONSTANT_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICALTORQUECONSTANT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICALTORQUECONSTANT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICALTORQUECONSTANT_Nanometric">
      <st:role>Unit index for magnitude ELECTRICALTORQUECONSTANT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICALTORQUECONSTANT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SECTIONMODULUS">
      <st:role>Section modulus</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Cubic centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Cubic inch</st:role>
          <st:value>4</st:value>
          <st:role>Cubic foot</st:role>
          <st:value>5</st:value>
          <st:role>Liter</st:role>
          <st:value>6</st:value>
          <st:role>Gallon</st:role>
          <st:value>7</st:value>
          <st:role>Barrel</st:role>
          <st:value>8</st:value>
          <st:role>cubic yard</st:role>
          <st:value>9</st:value>
          <st:role>Cubic decimeter</st:role>
          <st:value>10</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SECTIONMODULUS_Large">
      <st:role>Unit index for magnitude SECTIONMODULUS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SECTIONMODULUS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SECTIONMODULUS_ExtraLarge">
      <st:role>Unit index for magnitude SECTIONMODULUS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SECTIONMODULUS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SECTIONMODULUS_Small">
      <st:role>Unit index for magnitude SECTIONMODULUS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SECTIONMODULUS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SECTIONMODULUS_ExtraSmall">
      <st:role>Unit index for magnitude SECTIONMODULUS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SECTIONMODULUS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SECTIONMODULUS_Nanometric">
      <st:role>Unit index for magnitude SECTIONMODULUS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SECTIONMODULUS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACETENSION">
      <st:role>Surface tension</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Pound Force per foot</st:role>
          <st:value>3</st:value>
          <st:role>Pound Force per inch</st:role>
          <st:value>4</st:value>
          <st:role>Dyne per centimeter</st:role>
          <st:value>5</st:value>
          <st:role>MicroNewton per millimeter</st:role>
          <st:value>6</st:value>
          <st:role>Decanewton per millimeter</st:role>
          <st:value>7</st:value>
          <st:role>Kilo newton per meter</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACETENSION_Large">
      <st:role>Unit index for magnitude SURFACETENSION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACETENSION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACETENSION_ExtraLarge">
      <st:role>Unit index for magnitude SURFACETENSION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACETENSION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACETENSION_Small">
      <st:role>Unit index for magnitude SURFACETENSION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACETENSION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACETENSION_ExtraSmall">
      <st:role>Unit index for magnitude SURFACETENSION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACETENSION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACETENSION_Nanometric">
      <st:role>Unit index for magnitude SURFACETENSION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACETENSION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYDENSITY">
      <st:role>Energy density</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per square meter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYDENSITY_Large">
      <st:role>Unit index for magnitude ENERGYDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude ENERGYDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYDENSITY_Small">
      <st:role>Unit index for magnitude ENERGYDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude ENERGYDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYDENSITY_Nanometric">
      <st:role>Unit index for magnitude ENERGYDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUMFLUX">
      <st:role>Angular momentum flux</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule</st:role>
          <st:value>1</st:value>
          <st:role>Watt X Hour</st:role>
          <st:value>2</st:value>
          <st:role>British thermal unit</st:role>
          <st:value>3</st:value>
          <st:role>Pound force x foot</st:role>
          <st:value>4</st:value>
          <st:role>Kilowatt Hours</st:role>
          <st:value>5</st:value>
          <st:role>Erg</st:role>
          <st:value>6</st:value>
          <st:role>Newton x Meter</st:role>
          <st:value>7</st:value>
          <st:role>Pound force x Inch</st:role>
          <st:value>8</st:value>
          <st:role>Newton x Millimeter</st:role>
          <st:value>9</st:value>
          <st:role>Kilogram force x centimeter</st:role>
          <st:value>10</st:value>
          <st:role>Pound force foot</st:role>
          <st:value>11</st:value>
          <st:role>Dyne centimeter</st:role>
          <st:value>12</st:value>
          <st:role>MicroNewton millimeter</st:role>
          <st:value>13</st:value>
          <st:role>Decanewton x millimeter</st:role>
          <st:value>14</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUMFLUX_Large">
      <st:role>Unit index for magnitude ANGULARMOMENTUMFLUX in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUMFLUX in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUMFLUX_ExtraLarge">
      <st:role>Unit index for magnitude ANGULARMOMENTUMFLUX in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUMFLUX in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUMFLUX_Small">
      <st:role>Unit index for magnitude ANGULARMOMENTUMFLUX in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUMFLUX in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUMFLUX_ExtraSmall">
      <st:role>Unit index for magnitude ANGULARMOMENTUMFLUX in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUMFLUX in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARMOMENTUMFLUX_Nanometric">
      <st:role>Unit index for magnitude ANGULARMOMENTUMFLUX in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARMOMENTUMFLUX in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATUREDIFFERENCE">
      <st:role>Temperature difference</st:role>
      <st:int>
        <st:enum>
          <st:role>Kelvin degree</st:role>
          <st:value>1</st:value>
          <st:role>Difference of Celcius degree</st:role>
          <st:value>2</st:value>
          <st:role>Difference of Fahrenheit degree</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATUREDIFFERENCE_Large">
      <st:role>Unit index for magnitude TEMPERATUREDIFFERENCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATUREDIFFERENCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATUREDIFFERENCE_ExtraLarge">
      <st:role>Unit index for magnitude TEMPERATUREDIFFERENCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATUREDIFFERENCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATUREDIFFERENCE_Small">
      <st:role>Unit index for magnitude TEMPERATUREDIFFERENCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATUREDIFFERENCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATUREDIFFERENCE_ExtraSmall">
      <st:role>Unit index for magnitude TEMPERATUREDIFFERENCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATUREDIFFERENCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATUREDIFFERENCE_Nanometric">
      <st:role>Unit index for magnitude TEMPERATUREDIFFERENCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATUREDIFFERENCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURESLOPE">
      <st:role>Temperature slope</st:role>
      <st:int>
        <st:enum>
          <st:role>Kelvin per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURESLOPE_Large">
      <st:role>Unit index for magnitude TEMPERATURESLOPE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURESLOPE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURESLOPE_ExtraLarge">
      <st:role>Unit index for magnitude TEMPERATURESLOPE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURESLOPE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURESLOPE_Small">
      <st:role>Unit index for magnitude TEMPERATURESLOPE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURESLOPE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURESLOPE_ExtraSmall">
      <st:role>Unit index for magnitude TEMPERATURESLOPE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURESLOPE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURESLOPE_Nanometric">
      <st:role>Unit index for magnitude TEMPERATURESLOPE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURESLOPE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUADRATICTEMPERATURECOEFFICIENT">
      <st:role>Quadratic temperature coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUADRATICTEMPERATURECOEFFICIENT_Large">
      <st:role>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUADRATICTEMPERATURECOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUADRATICTEMPERATURECOEFFICIENT_Small">
      <st:role>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUADRATICTEMPERATURECOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUADRATICTEMPERATURECOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude QUADRATICTEMPERATURECOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURECOEFFICIENT">
      <st:role>Pressure coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal per kelvin</st:role>
          <st:value>1</st:value>
          <st:role>MiliPascal per kelvin</st:role>
          <st:value>2</st:value>
          <st:role>KiloPascal per kelvin</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURECOEFFICIENT_Large">
      <st:role>Unit index for magnitude PRESSURECOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURECOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURECOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURECOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURECOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURECOEFFICIENT_Small">
      <st:role>Unit index for magnitude PRESSURECOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURECOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURECOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURECOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURECOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURECOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude PRESSURECOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURECOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COMPRESSIBILITY">
      <st:role>Compressibility</st:role>
      <st:int>
        <st:enum>
          <st:role>Per Pascal</st:role>
          <st:value>1</st:value>
          <st:role>Per miliPascal</st:role>
          <st:value>2</st:value>
          <st:role>Per kiloPascal</st:role>
          <st:value>3</st:value>
          <st:role>Per megapascal</st:role>
          <st:value>4</st:value>
          <st:role>Per psi</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COMPRESSIBILITY_Large">
      <st:role>Unit index for magnitude COMPRESSIBILITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude COMPRESSIBILITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COMPRESSIBILITY_ExtraLarge">
      <st:role>Unit index for magnitude COMPRESSIBILITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude COMPRESSIBILITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COMPRESSIBILITY_Small">
      <st:role>Unit index for magnitude COMPRESSIBILITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude COMPRESSIBILITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COMPRESSIBILITY_ExtraSmall">
      <st:role>Unit index for magnitude COMPRESSIBILITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude COMPRESSIBILITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="COMPRESSIBILITY_Nanometric">
      <st:role>Unit index for magnitude COMPRESSIBILITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude COMPRESSIBILITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFHEATFLOWRATE">
      <st:role>Density of heat flow rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Meter per second x Pascal</st:role>
          <st:value>3</st:value>
          <st:role>Watt per square foot</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFHEATFLOWRATE_Large">
      <st:role>Unit index for magnitude DENSITYOFHEATFLOWRATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFHEATFLOWRATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFHEATFLOWRATE_ExtraLarge">
      <st:role>Unit index for magnitude DENSITYOFHEATFLOWRATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFHEATFLOWRATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFHEATFLOWRATE_Small">
      <st:role>Unit index for magnitude DENSITYOFHEATFLOWRATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFHEATFLOWRATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFHEATFLOWRATE_ExtraSmall">
      <st:role>Unit index for magnitude DENSITYOFHEATFLOWRATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFHEATFLOWRATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFHEATFLOWRATE_Nanometric">
      <st:role>Unit index for magnitude DENSITYOFHEATFLOWRATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFHEATFLOWRATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALINSULANCE">
      <st:role>Thermal insulance</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter x kelvin per watt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALINSULANCE_Large">
      <st:role>Unit index for magnitude THERMALINSULANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALINSULANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALINSULANCE_ExtraLarge">
      <st:role>Unit index for magnitude THERMALINSULANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALINSULANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALINSULANCE_Small">
      <st:role>Unit index for magnitude THERMALINSULANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALINSULANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALINSULANCE_ExtraSmall">
      <st:role>Unit index for magnitude THERMALINSULANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALINSULANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALINSULANCE_Nanometric">
      <st:role>Unit index for magnitude THERMALINSULANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALINSULANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALRESISTANCE">
      <st:role>Thermal resistance</st:role>
      <st:int>
        <st:enum>
          <st:role>Kelvin per watt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALRESISTANCE_Large">
      <st:role>Unit index for magnitude THERMALRESISTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALRESISTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALRESISTANCE_ExtraLarge">
      <st:role>Unit index for magnitude THERMALRESISTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALRESISTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALRESISTANCE_Small">
      <st:role>Unit index for magnitude THERMALRESISTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALRESISTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALRESISTANCE_ExtraSmall">
      <st:role>Unit index for magnitude THERMALRESISTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALRESISTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALRESISTANCE_Nanometric">
      <st:role>Unit index for magnitude THERMALRESISTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALRESISTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTANCE">
      <st:role>Thermal conductance</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTANCE_Large">
      <st:role>Unit index for magnitude THERMALCONDUCTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTANCE_ExtraLarge">
      <st:role>Unit index for magnitude THERMALCONDUCTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTANCE_Small">
      <st:role>Unit index for magnitude THERMALCONDUCTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTANCE_ExtraSmall">
      <st:role>Unit index for magnitude THERMALCONDUCTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALCONDUCTANCE_Nanometric">
      <st:role>Unit index for magnitude THERMALCONDUCTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALCONDUCTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALDIFFUSIVITY">
      <st:role>Thermal diffusivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Square millimeter per minute</st:role>
          <st:value>1</st:value>
          <st:role>Square inch per minute</st:role>
          <st:value>2</st:value>
          <st:role>Square meter per second</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter per second</st:role>
          <st:value>4</st:value>
          <st:role>Square foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Square inch per second</st:role>
          <st:value>6</st:value>
          <st:role>Square centimeter per second</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALDIFFUSIVITY_Large">
      <st:role>Unit index for magnitude THERMALDIFFUSIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALDIFFUSIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALDIFFUSIVITY_ExtraLarge">
      <st:role>Unit index for magnitude THERMALDIFFUSIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALDIFFUSIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALDIFFUSIVITY_Small">
      <st:role>Unit index for magnitude THERMALDIFFUSIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALDIFFUSIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALDIFFUSIVITY_ExtraSmall">
      <st:role>Unit index for magnitude THERMALDIFFUSIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALDIFFUSIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALDIFFUSIVITY_Nanometric">
      <st:role>Unit index for magnitude THERMALDIFFUSIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALDIFFUSIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_SI">
      <st:role>Heat capacity SI</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_SI_Large">
      <st:role>Unit index for magnitude HEATCAPACITY_SI in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY_SI in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_SI_ExtraLarge">
      <st:role>Unit index for magnitude HEATCAPACITY_SI in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY_SI in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_SI_Small">
      <st:role>Unit index for magnitude HEATCAPACITY_SI in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY_SI in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_SI_ExtraSmall">
      <st:role>Unit index for magnitude HEATCAPACITY_SI in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY_SI in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEATCAPACITY_SI_Nanometric">
      <st:role>Unit index for magnitude HEATCAPACITY_SI in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEATCAPACITY_SI in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_SI">
      <st:role>Entropy SI</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_SI_Large">
      <st:role>Unit index for magnitude ENTROPY_SI in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY_SI in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_SI_ExtraLarge">
      <st:role>Unit index for magnitude ENTROPY_SI in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY_SI in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_SI_Small">
      <st:role>Unit index for magnitude ENTROPY_SI in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY_SI in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_SI_ExtraSmall">
      <st:role>Unit index for magnitude ENTROPY_SI in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY_SI in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPY_SI_Nanometric">
      <st:role>Unit index for magnitude ENTROPY_SI in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPY_SI in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPYFLOWRATE">
      <st:role>Entropy flow rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kelvin per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPYFLOWRATE_Large">
      <st:role>Unit index for magnitude ENTROPYFLOWRATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPYFLOWRATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPYFLOWRATE_ExtraLarge">
      <st:role>Unit index for magnitude ENTROPYFLOWRATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPYFLOWRATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPYFLOWRATE_Small">
      <st:role>Unit index for magnitude ENTROPYFLOWRATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPYFLOWRATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPYFLOWRATE_ExtraSmall">
      <st:role>Unit index for magnitude ENTROPYFLOWRATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPYFLOWRATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENTROPYFLOWRATE_Nanometric">
      <st:role>Unit index for magnitude ENTROPYFLOWRATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENTROPYFLOWRATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGY">
      <st:role>Specific energy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Kilojoule per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGY_Large">
      <st:role>Unit index for magnitude SPECIFICENERGY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGY_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFICENERGY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGY_Small">
      <st:role>Unit index for magnitude SPECIFICENERGY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGY_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFICENERGY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGY_Nanometric">
      <st:role>Unit index for magnitude SPECIFICENERGY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYENTHALPY">
      <st:role>Der density by enthalpy</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilograme x square second per quintic meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYENTHALPY_Large">
      <st:role>Unit index for magnitude DERDENSITYBYENTHALPY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYENTHALPY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYENTHALPY_ExtraLarge">
      <st:role>Unit index for magnitude DERDENSITYBYENTHALPY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYENTHALPY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYENTHALPY_Small">
      <st:role>Unit index for magnitude DERDENSITYBYENTHALPY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYENTHALPY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYENTHALPY_ExtraSmall">
      <st:role>Unit index for magnitude DERDENSITYBYENTHALPY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYENTHALPY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYENTHALPY_Nanometric">
      <st:role>Unit index for magnitude DERDENSITYBYENTHALPY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYENTHALPY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYPRESSURE">
      <st:role>Der density by pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Square second per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Square second per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYPRESSURE_Large">
      <st:role>Unit index for magnitude DERDENSITYBYPRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYPRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYPRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude DERDENSITYBYPRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYPRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYPRESSURE_Small">
      <st:role>Unit index for magnitude DERDENSITYBYPRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYPRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYPRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude DERDENSITYBYPRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYPRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYPRESSURE_Nanometric">
      <st:role>Unit index for magnitude DERDENSITYBYPRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYPRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYTEMPERATURE">
      <st:role>Der density by temperature</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogramme per cubic meter per kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYTEMPERATURE_Large">
      <st:role>Unit index for magnitude DERDENSITYBYTEMPERATURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYTEMPERATURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYTEMPERATURE_ExtraLarge">
      <st:role>Unit index for magnitude DERDENSITYBYTEMPERATURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYTEMPERATURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYTEMPERATURE_Small">
      <st:role>Unit index for magnitude DERDENSITYBYTEMPERATURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYTEMPERATURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYTEMPERATURE_ExtraSmall">
      <st:role>Unit index for magnitude DERDENSITYBYTEMPERATURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYTEMPERATURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERDENSITYBYTEMPERATURE_Nanometric">
      <st:role>Unit index for magnitude DERDENSITYBYTEMPERATURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DERDENSITYBYTEMPERATURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENTHALPYBYPRESSURE">
      <st:role>Der enthalpy by pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Joule x meter x square second per square kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENTHALPYBYPRESSURE_Large">
      <st:role>Unit index for magnitude DERENTHALPYBYPRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENTHALPYBYPRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENTHALPYBYPRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude DERENTHALPYBYPRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENTHALPYBYPRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENTHALPYBYPRESSURE_Small">
      <st:role>Unit index for magnitude DERENTHALPYBYPRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENTHALPYBYPRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENTHALPYBYPRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude DERENTHALPYBYPRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENTHALPYBYPRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENTHALPYBYPRESSURE_Nanometric">
      <st:role>Unit index for magnitude DERENTHALPYBYPRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENTHALPYBYPRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYDENSITY">
      <st:role>Der energy by density</st:role>
      <st:int>
        <st:enum>
          <st:role>Quintic meter per square second</st:role>
          <st:value>1</st:value>
          <st:role>Joule x cubic meter per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYDENSITY_Large">
      <st:role>Unit index for magnitude DERENERGYBYDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude DERENERGYBYDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYDENSITY_Small">
      <st:role>Unit index for magnitude DERENERGYBYDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude DERENERGYBYDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYDENSITY_Nanometric">
      <st:role>Unit index for magnitude DERENERGYBYDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYPRESSURE">
      <st:role>Der energy by pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Joule x meter x square second per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYPRESSURE_Large">
      <st:role>Unit index for magnitude DERENERGYBYPRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYPRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYPRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude DERENERGYBYPRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYPRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYPRESSURE_Small">
      <st:role>Unit index for magnitude DERENERGYBYPRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYPRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYPRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude DERENERGYBYPRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYPRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DERENERGYBYPRESSURE_Nanometric">
      <st:role>Unit index for magnitude DERENERGYBYPRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DERENERGYBYPRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTSLOPE">
      <st:role>Current slope</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTSLOPE_Large">
      <st:role>Unit index for magnitude CURRENTSLOPE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTSLOPE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTSLOPE_ExtraLarge">
      <st:role>Unit index for magnitude CURRENTSLOPE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTSLOPE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTSLOPE_Small">
      <st:role>Unit index for magnitude CURRENTSLOPE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTSLOPE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTSLOPE_ExtraSmall">
      <st:role>Unit index for magnitude CURRENTSLOPE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTSLOPE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTSLOPE_Nanometric">
      <st:role>Unit index for magnitude CURRENTSLOPE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTSLOPE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICCHARGE">
      <st:role>Electric charge</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb</st:role>
          <st:value>1</st:value>
          <st:role>Ampere x second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICCHARGE_Large">
      <st:role>Unit index for magnitude ELECTRICCHARGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICCHARGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICCHARGE_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICCHARGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICCHARGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICCHARGE_Small">
      <st:role>Unit index for magnitude ELECTRICCHARGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICCHARGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICCHARGE_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICCHARGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICCHARGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICCHARGE_Nanometric">
      <st:role>Unit index for magnitude ELECTRICCHARGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICCHARGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUMEDENSITYOFCHARGE">
      <st:role>Volume density of charge</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per cubic meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUMEDENSITYOFCHARGE_Large">
      <st:role>Unit index for magnitude VOLUMEDENSITYOFCHARGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUMEDENSITYOFCHARGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUMEDENSITYOFCHARGE_ExtraLarge">
      <st:role>Unit index for magnitude VOLUMEDENSITYOFCHARGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUMEDENSITYOFCHARGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUMEDENSITYOFCHARGE_Small">
      <st:role>Unit index for magnitude VOLUMEDENSITYOFCHARGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUMEDENSITYOFCHARGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUMEDENSITYOFCHARGE_ExtraSmall">
      <st:role>Unit index for magnitude VOLUMEDENSITYOFCHARGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUMEDENSITYOFCHARGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLUMEDENSITYOFCHARGE_Nanometric">
      <st:role>Unit index for magnitude VOLUMEDENSITYOFCHARGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLUMEDENSITYOFCHARGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACEDENSITYOFCHARGE">
      <st:role>Surface density of charge</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACEDENSITYOFCHARGE_Large">
      <st:role>Unit index for magnitude SURFACEDENSITYOFCHARGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACEDENSITYOFCHARGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACEDENSITYOFCHARGE_ExtraLarge">
      <st:role>Unit index for magnitude SURFACEDENSITYOFCHARGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACEDENSITYOFCHARGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACEDENSITYOFCHARGE_Small">
      <st:role>Unit index for magnitude SURFACEDENSITYOFCHARGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACEDENSITYOFCHARGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACEDENSITYOFCHARGE_ExtraSmall">
      <st:role>Unit index for magnitude SURFACEDENSITYOFCHARGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACEDENSITYOFCHARGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACEDENSITYOFCHARGE_Nanometric">
      <st:role>Unit index for magnitude SURFACEDENSITYOFCHARGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACEDENSITYOFCHARGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFIELDSTRENGTH">
      <st:role>Electric field strength</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFIELDSTRENGTH_Large">
      <st:role>Unit index for magnitude ELECTRICFIELDSTRENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFIELDSTRENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFIELDSTRENGTH_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICFIELDSTRENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFIELDSTRENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFIELDSTRENGTH_Small">
      <st:role>Unit index for magnitude ELECTRICFIELDSTRENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFIELDSTRENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFIELDSTRENGTH_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICFIELDSTRENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFIELDSTRENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFIELDSTRENGTH_Nanometric">
      <st:role>Unit index for magnitude ELECTRICFIELDSTRENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFIELDSTRENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGESLOPE">
      <st:role>Voltage slope</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGESLOPE_Large">
      <st:role>Unit index for magnitude VOLTAGESLOPE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGESLOPE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGESLOPE_ExtraLarge">
      <st:role>Unit index for magnitude VOLTAGESLOPE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGESLOPE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGESLOPE_Small">
      <st:role>Unit index for magnitude VOLTAGESLOPE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGESLOPE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGESLOPE_ExtraSmall">
      <st:role>Unit index for magnitude VOLTAGESLOPE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGESLOPE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGESLOPE_Nanometric">
      <st:role>Unit index for magnitude VOLTAGESLOPE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGESLOPE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFLUXDENSITY">
      <st:role>Electric flux density</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFLUXDENSITY_Large">
      <st:role>Unit index for magnitude ELECTRICFLUXDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFLUXDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFLUXDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICFLUXDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFLUXDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFLUXDENSITY_Small">
      <st:role>Unit index for magnitude ELECTRICFLUXDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFLUXDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFLUXDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICFLUXDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFLUXDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICFLUXDENSITY_Nanometric">
      <st:role>Unit index for magnitude ELECTRICFLUXDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICFLUXDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CAPACITANCE">
      <st:role>Capacitance</st:role>
      <st:int>
        <st:enum>
          <st:role>Farad</st:role>
          <st:value>1</st:value>
          <st:role>milli Farad</st:role>
          <st:value>2</st:value>
          <st:role>micro Farad</st:role>
          <st:value>3</st:value>
          <st:role>nano Farad</st:role>
          <st:value>4</st:value>
          <st:role>pico Farad</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CAPACITANCE_Large">
      <st:role>Unit index for magnitude CAPACITANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CAPACITANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CAPACITANCE_ExtraLarge">
      <st:role>Unit index for magnitude CAPACITANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CAPACITANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CAPACITANCE_Small">
      <st:role>Unit index for magnitude CAPACITANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CAPACITANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CAPACITANCE_ExtraSmall">
      <st:role>Unit index for magnitude CAPACITANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CAPACITANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CAPACITANCE_Nanometric">
      <st:role>Unit index for magnitude CAPACITANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CAPACITANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMITTIVITY">
      <st:role>Permittivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Farad per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMITTIVITY_Large">
      <st:role>Unit index for magnitude PERMITTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMITTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMITTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude PERMITTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMITTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMITTIVITY_Small">
      <st:role>Unit index for magnitude PERMITTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMITTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMITTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude PERMITTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMITTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMITTIVITY_Nanometric">
      <st:role>Unit index for magnitude PERMITTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMITTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZATION">
      <st:role>Electric polarization</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZATION_Large">
      <st:role>Unit index for magnitude ELECTRICPOLARIZATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZATION_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICPOLARIZATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZATION_Small">
      <st:role>Unit index for magnitude ELECTRICPOLARIZATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZATION_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICPOLARIZATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZATION_Nanometric">
      <st:role>Unit index for magnitude ELECTRICPOLARIZATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRIZATION">
      <st:role>Electrization</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRIZATION_Large">
      <st:role>Unit index for magnitude ELECTRIZATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRIZATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRIZATION_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRIZATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRIZATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRIZATION_Small">
      <st:role>Unit index for magnitude ELECTRIZATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRIZATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRIZATION_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRIZATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRIZATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRIZATION_Nanometric">
      <st:role>Unit index for magnitude ELECTRIZATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRIZATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICDIPOLEMOMENT">
      <st:role>Electric dipole moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb x meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICDIPOLEMOMENT_Large">
      <st:role>Unit index for magnitude ELECTRICDIPOLEMOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICDIPOLEMOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICDIPOLEMOMENT_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICDIPOLEMOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICDIPOLEMOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICDIPOLEMOMENT_Small">
      <st:role>Unit index for magnitude ELECTRICDIPOLEMOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICDIPOLEMOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICDIPOLEMOMENT_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICDIPOLEMOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICDIPOLEMOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICDIPOLEMOMENT_Nanometric">
      <st:role>Unit index for magnitude ELECTRICDIPOLEMOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICDIPOLEMOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARCURRENTDENSITY">
      <st:role>Linear current density</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere per meter</st:role>
          <st:value>1</st:value>
          <st:role>Kiloampere per meter</st:role>
          <st:value>2</st:value>
          <st:role>Oersted</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARCURRENTDENSITY_Large">
      <st:role>Unit index for magnitude LINEARCURRENTDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARCURRENTDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARCURRENTDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude LINEARCURRENTDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARCURRENTDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARCURRENTDENSITY_Small">
      <st:role>Unit index for magnitude LINEARCURRENTDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARCURRENTDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARCURRENTDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude LINEARCURRENTDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARCURRENTDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARCURRENTDENSITY_Nanometric">
      <st:role>Unit index for magnitude LINEARCURRENTDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARCURRENTDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFIELDSTRENGTH">
      <st:role>Magnetic field strength</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere per meter</st:role>
          <st:value>1</st:value>
          <st:role>Kiloampere per meter</st:role>
          <st:value>2</st:value>
          <st:role>Oersted</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFIELDSTRENGTH_Large">
      <st:role>Unit index for magnitude MAGNETICFIELDSTRENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFIELDSTRENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFIELDSTRENGTH_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETICFIELDSTRENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFIELDSTRENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFIELDSTRENGTH_Small">
      <st:role>Unit index for magnitude MAGNETICFIELDSTRENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFIELDSTRENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFIELDSTRENGTH_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETICFIELDSTRENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFIELDSTRENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFIELDSTRENGTH_Nanometric">
      <st:role>Unit index for magnitude MAGNETICFIELDSTRENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFIELDSTRENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUXDENSITY">
      <st:role>Magnetic flux density</st:role>
      <st:int>
        <st:enum>
          <st:role>Tesla</st:role>
          <st:value>1</st:value>
          <st:role>Gauss</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUXDENSITY_Large">
      <st:role>Unit index for magnitude MAGNETICFLUXDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUXDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUXDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETICFLUXDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUXDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUXDENSITY_Small">
      <st:role>Unit index for magnitude MAGNETICFLUXDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUXDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUXDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETICFLUXDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUXDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUXDENSITY_Nanometric">
      <st:role>Unit index for magnitude MAGNETICFLUXDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUXDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUX">
      <st:role>Magnetic flux</st:role>
      <st:int>
        <st:enum>
          <st:role>Weber</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUX_Large">
      <st:role>Unit index for magnitude MAGNETICFLUX in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUX in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUX_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETICFLUX in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUX in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUX_Small">
      <st:role>Unit index for magnitude MAGNETICFLUX in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUX in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUX_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETICFLUX in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUX in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICFLUX_Nanometric">
      <st:role>Unit index for magnitude MAGNETICFLUX in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICFLUX in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICVECTORPOTENTIAL">
      <st:role>Magnetic vector potential</st:role>
      <st:int>
        <st:enum>
          <st:role>Weber per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICVECTORPOTENTIAL_Large">
      <st:role>Unit index for magnitude MAGNETICVECTORPOTENTIAL in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICVECTORPOTENTIAL in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICVECTORPOTENTIAL_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETICVECTORPOTENTIAL in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICVECTORPOTENTIAL in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICVECTORPOTENTIAL_Small">
      <st:role>Unit index for magnitude MAGNETICVECTORPOTENTIAL in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICVECTORPOTENTIAL in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICVECTORPOTENTIAL_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETICVECTORPOTENTIAL in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICVECTORPOTENTIAL in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICVECTORPOTENTIAL_Nanometric">
      <st:role>Unit index for magnitude MAGNETICVECTORPOTENTIAL in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICVECTORPOTENTIAL in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INDUCTANCE">
      <st:role>Inductance</st:role>
      <st:int>
        <st:enum>
          <st:role>Henry</st:role>
          <st:value>1</st:value>
          <st:role>milli Henry</st:role>
          <st:value>2</st:value>
          <st:role>micro Henry</st:role>
          <st:value>3</st:value>
          <st:role>nano Henry</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INDUCTANCE_Large">
      <st:role>Unit index for magnitude INDUCTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INDUCTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INDUCTANCE_ExtraLarge">
      <st:role>Unit index for magnitude INDUCTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INDUCTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INDUCTANCE_Small">
      <st:role>Unit index for magnitude INDUCTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INDUCTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INDUCTANCE_ExtraSmall">
      <st:role>Unit index for magnitude INDUCTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INDUCTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INDUCTANCE_Nanometric">
      <st:role>Unit index for magnitude INDUCTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INDUCTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTROMAGNETICMOMENT">
      <st:role>Electromagnetic moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere x square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTROMAGNETICMOMENT_Large">
      <st:role>Unit index for magnitude ELECTROMAGNETICMOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTROMAGNETICMOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTROMAGNETICMOMENT_ExtraLarge">
      <st:role>Unit index for magnitude ELECTROMAGNETICMOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTROMAGNETICMOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTROMAGNETICMOMENT_Small">
      <st:role>Unit index for magnitude ELECTROMAGNETICMOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTROMAGNETICMOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTROMAGNETICMOMENT_ExtraSmall">
      <st:role>Unit index for magnitude ELECTROMAGNETICMOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTROMAGNETICMOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTROMAGNETICMOMENT_Nanometric">
      <st:role>Unit index for magnitude ELECTROMAGNETICMOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTROMAGNETICMOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICDIPOLEMOMENT">
      <st:role>Magnetic dipole moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Weber x meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICDIPOLEMOMENT_Large">
      <st:role>Unit index for magnitude MAGNETICDIPOLEMOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICDIPOLEMOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICDIPOLEMOMENT_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETICDIPOLEMOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICDIPOLEMOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICDIPOLEMOMENT_Small">
      <st:role>Unit index for magnitude MAGNETICDIPOLEMOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICDIPOLEMOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICDIPOLEMOMENT_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETICDIPOLEMOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICDIPOLEMOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICDIPOLEMOMENT_Nanometric">
      <st:role>Unit index for magnitude MAGNETICDIPOLEMOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICDIPOLEMOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIZATION">
      <st:role>Magnetization</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere per meter</st:role>
          <st:value>1</st:value>
          <st:role>Kiloampere per meter</st:role>
          <st:value>2</st:value>
          <st:role>Oersted</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIZATION_Large">
      <st:role>Unit index for magnitude MAGNETIZATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIZATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIZATION_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETIZATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIZATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIZATION_Small">
      <st:role>Unit index for magnitude MAGNETIZATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIZATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIZATION_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETIZATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIZATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETIZATION_Nanometric">
      <st:role>Unit index for magnitude MAGNETIZATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETIZATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICPOLARIZATION">
      <st:role>Magnetic polarization</st:role>
      <st:int>
        <st:enum>
          <st:role>Tesla</st:role>
          <st:value>1</st:value>
          <st:role>Gauss</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICPOLARIZATION_Large">
      <st:role>Unit index for magnitude MAGNETICPOLARIZATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICPOLARIZATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICPOLARIZATION_ExtraLarge">
      <st:role>Unit index for magnitude MAGNETICPOLARIZATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICPOLARIZATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICPOLARIZATION_Small">
      <st:role>Unit index for magnitude MAGNETICPOLARIZATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICPOLARIZATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICPOLARIZATION_ExtraSmall">
      <st:role>Unit index for magnitude MAGNETICPOLARIZATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICPOLARIZATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MAGNETICPOLARIZATION_Nanometric">
      <st:role>Unit index for magnitude MAGNETICPOLARIZATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MAGNETICPOLARIZATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POYNTINGVECTOR">
      <st:role>Poynting vector</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Watt per square foot</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POYNTINGVECTOR_Large">
      <st:role>Unit index for magnitude POYNTINGVECTOR in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POYNTINGVECTOR in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POYNTINGVECTOR_ExtraLarge">
      <st:role>Unit index for magnitude POYNTINGVECTOR in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POYNTINGVECTOR in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POYNTINGVECTOR_Small">
      <st:role>Unit index for magnitude POYNTINGVECTOR in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POYNTINGVECTOR in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POYNTINGVECTOR_ExtraSmall">
      <st:role>Unit index for magnitude POYNTINGVECTOR in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POYNTINGVECTOR in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POYNTINGVECTOR_Nanometric">
      <st:role>Unit index for magnitude POYNTINGVECTOR in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POYNTINGVECTOR in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTIVITY">
      <st:role>Resistivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Ohm x meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTIVITY_Large">
      <st:role>Unit index for magnitude RESISTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude RESISTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTIVITY_Small">
      <st:role>Unit index for magnitude RESISTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude RESISTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RESISTIVITY_Nanometric">
      <st:role>Unit index for magnitude RESISTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RESISTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RELUCTANCE">
      <st:role>Reluctance</st:role>
      <st:int>
        <st:enum>
          <st:role>Per Henry</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RELUCTANCE_Large">
      <st:role>Unit index for magnitude RELUCTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RELUCTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RELUCTANCE_ExtraLarge">
      <st:role>Unit index for magnitude RELUCTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RELUCTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RELUCTANCE_Small">
      <st:role>Unit index for magnitude RELUCTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RELUCTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RELUCTANCE_ExtraSmall">
      <st:role>Unit index for magnitude RELUCTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RELUCTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RELUCTANCE_Nanometric">
      <st:role>Unit index for magnitude RELUCTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RELUCTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMEANCE">
      <st:role>Permeance</st:role>
      <st:int>
        <st:enum>
          <st:role>Henry</st:role>
          <st:value>1</st:value>
          <st:role>milli Henry</st:role>
          <st:value>2</st:value>
          <st:role>micro Henry</st:role>
          <st:value>3</st:value>
          <st:role>nano Henry</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMEANCE_Large">
      <st:role>Unit index for magnitude PERMEANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMEANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMEANCE_ExtraLarge">
      <st:role>Unit index for magnitude PERMEANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMEANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMEANCE_Small">
      <st:role>Unit index for magnitude PERMEANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMEANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMEANCE_ExtraSmall">
      <st:role>Unit index for magnitude PERMEANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMEANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PERMEANCE_Nanometric">
      <st:role>Unit index for magnitude PERMEANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PERMEANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONDUCTANCE">
      <st:role>Conductance</st:role>
      <st:int>
        <st:enum>
          <st:role>Siemens</st:role>
          <st:value>1</st:value>
          <st:role>Mega Siemens</st:role>
          <st:value>2</st:value>
          <st:role>Kilo Siemens</st:role>
          <st:value>3</st:value>
          <st:role>milli Siemens</st:role>
          <st:value>4</st:value>
          <st:role>micro Siemens</st:role>
          <st:value>5</st:value>
          <st:role>nano Siemens</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONDUCTANCE_Large">
      <st:role>Unit index for magnitude CONDUCTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CONDUCTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONDUCTANCE_ExtraLarge">
      <st:role>Unit index for magnitude CONDUCTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CONDUCTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONDUCTANCE_Small">
      <st:role>Unit index for magnitude CONDUCTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CONDUCTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONDUCTANCE_ExtraSmall">
      <st:role>Unit index for magnitude CONDUCTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CONDUCTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CONDUCTANCE_Nanometric">
      <st:role>Unit index for magnitude CONDUCTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CONDUCTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="APPARENTPOWER">
      <st:role>Apparent power</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt Ampere</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="APPARENTPOWER_Large">
      <st:role>Unit index for magnitude APPARENTPOWER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude APPARENTPOWER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="APPARENTPOWER_ExtraLarge">
      <st:role>Unit index for magnitude APPARENTPOWER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude APPARENTPOWER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="APPARENTPOWER_Small">
      <st:role>Unit index for magnitude APPARENTPOWER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude APPARENTPOWER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="APPARENTPOWER_ExtraSmall">
      <st:role>Unit index for magnitude APPARENTPOWER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude APPARENTPOWER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="APPARENTPOWER_Nanometric">
      <st:role>Unit index for magnitude APPARENTPOWER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude APPARENTPOWER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="REACTIVEPOWER">
      <st:role>Reactive power</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt-amper reactive</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="REACTIVEPOWER_Large">
      <st:role>Unit index for magnitude REACTIVEPOWER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude REACTIVEPOWER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="REACTIVEPOWER_ExtraLarge">
      <st:role>Unit index for magnitude REACTIVEPOWER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude REACTIVEPOWER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="REACTIVEPOWER_Small">
      <st:role>Unit index for magnitude REACTIVEPOWER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude REACTIVEPOWER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="REACTIVEPOWER_ExtraSmall">
      <st:role>Unit index for magnitude REACTIVEPOWER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude REACTIVEPOWER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="REACTIVEPOWER_Nanometric">
      <st:role>Unit index for magnitude REACTIVEPOWER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude REACTIVEPOWER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSCONDUCTANCE">
      <st:role>Transconductance</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere per square volt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSCONDUCTANCE_Large">
      <st:role>Unit index for magnitude TRANSCONDUCTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSCONDUCTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSCONDUCTANCE_ExtraLarge">
      <st:role>Unit index for magnitude TRANSCONDUCTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSCONDUCTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSCONDUCTANCE_Small">
      <st:role>Unit index for magnitude TRANSCONDUCTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSCONDUCTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSCONDUCTANCE_ExtraSmall">
      <st:role>Unit index for magnitude TRANSCONDUCTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSCONDUCTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSCONDUCTANCE_Nanometric">
      <st:role>Unit index for magnitude TRANSCONDUCTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSCONDUCTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSEPOTENTIAL">
      <st:role>Inverse potential</st:role>
      <st:int>
        <st:enum>
          <st:role>Per volt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSEPOTENTIAL_Large">
      <st:role>Unit index for magnitude INVERSEPOTENTIAL in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSEPOTENTIAL in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSEPOTENTIAL_ExtraLarge">
      <st:role>Unit index for magnitude INVERSEPOTENTIAL in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSEPOTENTIAL in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSEPOTENTIAL_Small">
      <st:role>Unit index for magnitude INVERSEPOTENTIAL in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSEPOTENTIAL in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSEPOTENTIAL_ExtraSmall">
      <st:role>Unit index for magnitude INVERSEPOTENTIAL in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSEPOTENTIAL in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="INVERSEPOTENTIAL_Nanometric">
      <st:role>Unit index for magnitude INVERSEPOTENTIAL in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude INVERSEPOTENTIAL in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGY">
      <st:role>Radiant energy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule</st:role>
          <st:value>1</st:value>
          <st:role>Kilowatt Hours</st:role>
          <st:value>2</st:value>
          <st:role>Newton x Meter</st:role>
          <st:value>3</st:value>
          <st:role>Newton x Millimeter</st:role>
          <st:value>4</st:value>
          <st:role>Square millimeter x kilogram per square second</st:role>
          <st:value>5</st:value>
          <st:role>Pound force foot</st:role>
          <st:value>6</st:value>
          <st:role>MicroNewton millimeter</st:role>
          <st:value>7</st:value>
          <st:role>Decanewton x millimeter</st:role>
          <st:value>8</st:value>
          <st:role>Kilogram x square meter per square second</st:role>
          <st:value>9</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGY_Large">
      <st:role>Unit index for magnitude RADIANTENERGY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGY_ExtraLarge">
      <st:role>Unit index for magnitude RADIANTENERGY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGY_Small">
      <st:role>Unit index for magnitude RADIANTENERGY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGY_ExtraSmall">
      <st:role>Unit index for magnitude RADIANTENERGY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGY_Nanometric">
      <st:role>Unit index for magnitude RADIANTENERGY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALRADIANTENERGYDENSITY">
      <st:role>Spectral radiant energy density</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per quartic meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per cubic meter</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram per square second per square meter</st:role>
          <st:value>3</st:value>
          <st:role>Kilogram per square second per square millimeter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALRADIANTENERGYDENSITY_Large">
      <st:role>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALRADIANTENERGYDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALRADIANTENERGYDENSITY_Small">
      <st:role>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALRADIANTENERGYDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALRADIANTENERGYDENSITY_Nanometric">
      <st:role>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALRADIANTENERGYDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGYFLUENCERATE">
      <st:role>Radiant energy fluence rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Watt per square foot</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGYFLUENCERATE_Large">
      <st:role>Unit index for magnitude RADIANTENERGYFLUENCERATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGYFLUENCERATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGYFLUENCERATE_ExtraLarge">
      <st:role>Unit index for magnitude RADIANTENERGYFLUENCERATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGYFLUENCERATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGYFLUENCERATE_Small">
      <st:role>Unit index for magnitude RADIANTENERGYFLUENCERATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGYFLUENCERATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGYFLUENCERATE_ExtraSmall">
      <st:role>Unit index for magnitude RADIANTENERGYFLUENCERATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGYFLUENCERATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIANTENERGYFLUENCERATE_Nanometric">
      <st:role>Unit index for magnitude RADIANTENERGYFLUENCERATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIANTENERGYFLUENCERATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUANTITYOFLIGHT">
      <st:role>Quantity of light</st:role>
      <st:int>
        <st:enum>
          <st:role>Luminance x second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUANTITYOFLIGHT_Large">
      <st:role>Unit index for magnitude QUANTITYOFLIGHT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude QUANTITYOFLIGHT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUANTITYOFLIGHT_ExtraLarge">
      <st:role>Unit index for magnitude QUANTITYOFLIGHT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude QUANTITYOFLIGHT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUANTITYOFLIGHT_Small">
      <st:role>Unit index for magnitude QUANTITYOFLIGHT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude QUANTITYOFLIGHT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUANTITYOFLIGHT_ExtraSmall">
      <st:role>Unit index for magnitude QUANTITYOFLIGHT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude QUANTITYOFLIGHT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUANTITYOFLIGHT_Nanometric">
      <st:role>Unit index for magnitude QUANTITYOFLIGHT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude QUANTITYOFLIGHT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEXITANCE">
      <st:role>Luminous exitance</st:role>
      <st:int>
        <st:enum>
          <st:role>Lux</st:role>
          <st:value>1</st:value>
          <st:role>Luminance per square meter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEXITANCE_Large">
      <st:role>Unit index for magnitude LUMINOUSEXITANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEXITANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEXITANCE_ExtraLarge">
      <st:role>Unit index for magnitude LUMINOUSEXITANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEXITANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEXITANCE_Small">
      <st:role>Unit index for magnitude LUMINOUSEXITANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEXITANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEXITANCE_ExtraSmall">
      <st:role>Unit index for magnitude LUMINOUSEXITANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEXITANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEXITANCE_Nanometric">
      <st:role>Unit index for magnitude LUMINOUSEXITANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEXITANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LIGHTEXPOSURE">
      <st:role>Light exposure</st:role>
      <st:int>
        <st:enum>
          <st:role>Lux x second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LIGHTEXPOSURE_Large">
      <st:role>Unit index for magnitude LIGHTEXPOSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LIGHTEXPOSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LIGHTEXPOSURE_ExtraLarge">
      <st:role>Unit index for magnitude LIGHTEXPOSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LIGHTEXPOSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LIGHTEXPOSURE_Small">
      <st:role>Unit index for magnitude LIGHTEXPOSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LIGHTEXPOSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LIGHTEXPOSURE_ExtraSmall">
      <st:role>Unit index for magnitude LIGHTEXPOSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LIGHTEXPOSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LIGHTEXPOSURE_Nanometric">
      <st:role>Unit index for magnitude LIGHTEXPOSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LIGHTEXPOSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEFFICACY">
      <st:role>Luminous efficacy</st:role>
      <st:int>
        <st:enum>
          <st:role>Luminance per Watt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEFFICACY_Large">
      <st:role>Unit index for magnitude LUMINOUSEFFICACY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEFFICACY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEFFICACY_ExtraLarge">
      <st:role>Unit index for magnitude LUMINOUSEFFICACY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEFFICACY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEFFICACY_Small">
      <st:role>Unit index for magnitude LUMINOUSEFFICACY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEFFICACY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEFFICACY_ExtraSmall">
      <st:role>Unit index for magnitude LUMINOUSEFFICACY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEFFICACY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LUMINOUSEFFICACY_Nanometric">
      <st:role>Unit index for magnitude LUMINOUSEFFICACY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LUMINOUSEFFICACY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARABSORPTIONCOEFFICIENT">
      <st:role>Molar absorption coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per mol</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARABSORPTIONCOEFFICIENT_Large">
      <st:role>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARABSORPTIONCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARABSORPTIONCOEFFICIENT_Small">
      <st:role>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARABSORPTIONCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARABSORPTIONCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARABSORPTIONCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTICIMPEDANCE">
      <st:role>Acoustic impedance</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal x second per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per meter to the fourth per second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTICIMPEDANCE_Large">
      <st:role>Unit index for magnitude ACOUSTICIMPEDANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTICIMPEDANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTICIMPEDANCE_ExtraLarge">
      <st:role>Unit index for magnitude ACOUSTICIMPEDANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTICIMPEDANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTICIMPEDANCE_Small">
      <st:role>Unit index for magnitude ACOUSTICIMPEDANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTICIMPEDANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTICIMPEDANCE_ExtraSmall">
      <st:role>Unit index for magnitude ACOUSTICIMPEDANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTICIMPEDANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTICIMPEDANCE_Nanometric">
      <st:role>Unit index for magnitude ACOUSTICIMPEDANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTICIMPEDANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACOUSTICIMPEDANCE">
      <st:role>Specific acoustic impedance</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal over meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square meter per second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACOUSTICIMPEDANCE_Large">
      <st:role>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACOUSTICIMPEDANCE_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACOUSTICIMPEDANCE_Small">
      <st:role>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACOUSTICIMPEDANCE_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACOUSTICIMPEDANCE_Nanometric">
      <st:role>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACOUSTICIMPEDANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MECHANICALIMPEDANCE">
      <st:role>Mechanical impedance</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per second</st:role>
          <st:value>1</st:value>
          <st:role>Newton over meter per second</st:role>
          <st:value>2</st:value>
          <st:role>Pound force over foot per second</st:role>
          <st:value>3</st:value>
          <st:role>Pound force over inch per second</st:role>
          <st:value>4</st:value>
          <st:role>MicroNewton over millimeter per second</st:role>
          <st:value>5</st:value>
          <st:role>Newton over millimeter per second</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MECHANICALIMPEDANCE_Large">
      <st:role>Unit index for magnitude MECHANICALIMPEDANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MECHANICALIMPEDANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MECHANICALIMPEDANCE_ExtraLarge">
      <st:role>Unit index for magnitude MECHANICALIMPEDANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MECHANICALIMPEDANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MECHANICALIMPEDANCE_Small">
      <st:role>Unit index for magnitude MECHANICALIMPEDANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MECHANICALIMPEDANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MECHANICALIMPEDANCE_ExtraSmall">
      <st:role>Unit index for magnitude MECHANICALIMPEDANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MECHANICALIMPEDANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MECHANICALIMPEDANCE_Nanometric">
      <st:role>Unit index for magnitude MECHANICALIMPEDANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MECHANICALIMPEDANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUNDPOWERLEVEL">
      <st:role>Sound power level</st:role>
      <st:int>
        <st:enum>
          <st:role>Decibel</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUNDPOWERLEVEL_Large">
      <st:role>Unit index for magnitude SOUNDPOWERLEVEL in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUNDPOWERLEVEL in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUNDPOWERLEVEL_ExtraLarge">
      <st:role>Unit index for magnitude SOUNDPOWERLEVEL in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUNDPOWERLEVEL in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUNDPOWERLEVEL_Small">
      <st:role>Unit index for magnitude SOUNDPOWERLEVEL in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUNDPOWERLEVEL in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUNDPOWERLEVEL_ExtraSmall">
      <st:role>Unit index for magnitude SOUNDPOWERLEVEL in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUNDPOWERLEVEL in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUNDPOWERLEVEL_Nanometric">
      <st:role>Unit index for magnitude SOUNDPOWERLEVEL in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUNDPOWERLEVEL in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESSLEVEL">
      <st:role>Loudness level</st:role>
      <st:int>
        <st:enum>
          <st:role>Phon</st:role>
          <st:value>1</st:value>
          <st:role>Loudness in decibel at 1000Hz tone</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESSLEVEL_Large">
      <st:role>Unit index for magnitude LOUNDNESSLEVEL in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESSLEVEL in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESSLEVEL_ExtraLarge">
      <st:role>Unit index for magnitude LOUNDNESSLEVEL in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESSLEVEL in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESSLEVEL_Small">
      <st:role>Unit index for magnitude LOUNDNESSLEVEL in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESSLEVEL in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESSLEVEL_ExtraSmall">
      <st:role>Unit index for magnitude LOUNDNESSLEVEL in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESSLEVEL in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESSLEVEL_Nanometric">
      <st:role>Unit index for magnitude LOUNDNESSLEVEL in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESSLEVEL in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESS">
      <st:role>Loudness</st:role>
      <st:int>
        <st:enum>
          <st:role>Sone</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESS_Large">
      <st:role>Unit index for magnitude LOUNDNESS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESS_ExtraLarge">
      <st:role>Unit index for magnitude LOUNDNESS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESS_Small">
      <st:role>Unit index for magnitude LOUNDNESS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESS_ExtraSmall">
      <st:role>Unit index for magnitude LOUNDNESS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LOUNDNESS_Nanometric">
      <st:role>Unit index for magnitude LOUNDNESS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LOUNDNESS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBEROFMOLECULES">
      <st:role>Number of molecules</st:role>
      <st:int>
        <st:enum>
          <st:role>Number of molecule</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBEROFMOLECULES_Large">
      <st:role>Unit index for magnitude NUMBEROFMOLECULES in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBEROFMOLECULES in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBEROFMOLECULES_ExtraLarge">
      <st:role>Unit index for magnitude NUMBEROFMOLECULES in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBEROFMOLECULES in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBEROFMOLECULES_Small">
      <st:role>Unit index for magnitude NUMBEROFMOLECULES in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBEROFMOLECULES in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBEROFMOLECULES_ExtraSmall">
      <st:role>Unit index for magnitude NUMBEROFMOLECULES in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBEROFMOLECULES in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBEROFMOLECULES_Nanometric">
      <st:role>Unit index for magnitude NUMBEROFMOLECULES in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBEROFMOLECULES in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARVOLUME">
      <st:role>Molar volume</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per mole</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARVOLUME_Large">
      <st:role>Unit index for magnitude MOLARVOLUME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARVOLUME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARVOLUME_ExtraLarge">
      <st:role>Unit index for magnitude MOLARVOLUME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARVOLUME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARVOLUME_Small">
      <st:role>Unit index for magnitude MOLARVOLUME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARVOLUME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARVOLUME_ExtraSmall">
      <st:role>Unit index for magnitude MOLARVOLUME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARVOLUME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARVOLUME_Nanometric">
      <st:role>Unit index for magnitude MOLARVOLUME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARVOLUME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARINTERNALENERGY">
      <st:role>Molar internal energy</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per mole</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARINTERNALENERGY_Large">
      <st:role>Unit index for magnitude MOLARINTERNALENERGY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARINTERNALENERGY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARINTERNALENERGY_ExtraLarge">
      <st:role>Unit index for magnitude MOLARINTERNALENERGY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARINTERNALENERGY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARINTERNALENERGY_Small">
      <st:role>Unit index for magnitude MOLARINTERNALENERGY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARINTERNALENERGY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARINTERNALENERGY_ExtraSmall">
      <st:role>Unit index for magnitude MOLARINTERNALENERGY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARINTERNALENERGY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARINTERNALENERGY_Nanometric">
      <st:role>Unit index for magnitude MOLARINTERNALENERGY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARINTERNALENERGY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARHEATCAPACITY">
      <st:role>Molar heat capacity</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per mole per Kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARHEATCAPACITY_Large">
      <st:role>Unit index for magnitude MOLARHEATCAPACITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARHEATCAPACITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARHEATCAPACITY_ExtraLarge">
      <st:role>Unit index for magnitude MOLARHEATCAPACITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARHEATCAPACITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARHEATCAPACITY_Small">
      <st:role>Unit index for magnitude MOLARHEATCAPACITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARHEATCAPACITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARHEATCAPACITY_ExtraSmall">
      <st:role>Unit index for magnitude MOLARHEATCAPACITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARHEATCAPACITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARHEATCAPACITY_Nanometric">
      <st:role>Unit index for magnitude MOLARHEATCAPACITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARHEATCAPACITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBERDENSITY">
      <st:role>Number density</st:role>
      <st:int>
        <st:enum>
          <st:role>Per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Per cubic millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per cubic inch</st:role>
          <st:value>3</st:value>
          <st:role>Pascal per Newton meter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBERDENSITY_Large">
      <st:role>Unit index for magnitude NUMBERDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBERDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBERDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude NUMBERDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBERDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBERDENSITY_Small">
      <st:role>Unit index for magnitude NUMBERDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBERDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBERDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude NUMBERDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBERDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUMBERDENSITY_Nanometric">
      <st:role>Unit index for magnitude NUMBERDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude NUMBERDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CHEMICALPOTENTIAL">
      <st:role>Chemical potential</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per mole</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CHEMICALPOTENTIAL_Large">
      <st:role>Unit index for magnitude CHEMICALPOTENTIAL in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CHEMICALPOTENTIAL in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CHEMICALPOTENTIAL_ExtraLarge">
      <st:role>Unit index for magnitude CHEMICALPOTENTIAL in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CHEMICALPOTENTIAL in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CHEMICALPOTENTIAL_Small">
      <st:role>Unit index for magnitude CHEMICALPOTENTIAL in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CHEMICALPOTENTIAL in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CHEMICALPOTENTIAL_ExtraSmall">
      <st:role>Unit index for magnitude CHEMICALPOTENTIAL in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CHEMICALPOTENTIAL in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CHEMICALPOTENTIAL_Nanometric">
      <st:role>Unit index for magnitude CHEMICALPOTENTIAL in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CHEMICALPOTENTIAL in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FUGACITY">
      <st:role>Fugacity</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Pascal</st:role>
          <st:value>2</st:value>
          <st:role>Lb.force per square inch</st:role>
          <st:value>3</st:value>
          <st:role>Bar Absolute</st:role>
          <st:value>4</st:value>
          <st:role>Bar Gauge</st:role>
          <st:value>5</st:value>
          <st:role>miliPascal</st:role>
          <st:value>6</st:value>
          <st:role>kiloPascal</st:role>
          <st:value>7</st:value>
          <st:role>Tonne per millimeter x square second</st:role>
          <st:value>8</st:value>
          <st:role>Kilogram per millimeter x square second</st:role>
          <st:value>9</st:value>
          <st:role>Megapascal</st:role>
          <st:value>10</st:value>
          <st:role>Gigapascal</st:role>
          <st:value>11</st:value>
          <st:role>Kilogram force per square centimeter</st:role>
          <st:value>12</st:value>
          <st:role>Kilogram force per square millimeter</st:role>
          <st:value>13</st:value>
          <st:role>Pound force per square foot</st:role>
          <st:value>14</st:value>
          <st:role>Dyne per square centimeter</st:role>
          <st:value>15</st:value>
          <st:role>Hectobara</st:role>
          <st:value>16</st:value>
          <st:role>Inch of mercury</st:role>
          <st:value>17</st:value>
          <st:role>Millimeter of mercury</st:role>
          <st:value>18</st:value>
          <st:role>Millibara</st:role>
          <st:value>19</st:value>
          <st:role>Newton per square millimeter</st:role>
          <st:value>20</st:value>
          <st:role>DecaNewton per square centimeter</st:role>
          <st:value>21</st:value>
          <st:role>Millibar Gauge</st:role>
          <st:value>22</st:value>
          <st:role>Psi Gauge</st:role>
          <st:value>23</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FUGACITY_Large">
      <st:role>Unit index for magnitude FUGACITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FUGACITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FUGACITY_ExtraLarge">
      <st:role>Unit index for magnitude FUGACITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FUGACITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FUGACITY_Small">
      <st:role>Unit index for magnitude FUGACITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FUGACITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FUGACITY_ExtraSmall">
      <st:role>Unit index for magnitude FUGACITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FUGACITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FUGACITY_Nanometric">
      <st:role>Unit index for magnitude FUGACITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FUGACITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OSMOTICPRESSURE">
      <st:role>Osmotic pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal</st:role>
          <st:value>1</st:value>
          <st:role>miliPascal</st:role>
          <st:value>2</st:value>
          <st:role>kiloPascal</st:role>
          <st:value>3</st:value>
          <st:role>Megapascal</st:role>
          <st:value>4</st:value>
          <st:role>Gigapascal</st:role>
          <st:value>5</st:value>
          <st:role>Hectobara</st:role>
          <st:value>6</st:value>
          <st:role>Millibara</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OSMOTICPRESSURE_Large">
      <st:role>Unit index for magnitude OSMOTICPRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude OSMOTICPRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OSMOTICPRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude OSMOTICPRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude OSMOTICPRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OSMOTICPRESSURE_Small">
      <st:role>Unit index for magnitude OSMOTICPRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude OSMOTICPRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OSMOTICPRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude OSMOTICPRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude OSMOTICPRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OSMOTICPRESSURE_Nanometric">
      <st:role>Unit index for magnitude OSMOTICPRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude OSMOTICPRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AFFINITY">
      <st:role>Affinity</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per mole</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AFFINITY_Large">
      <st:role>Unit index for magnitude AFFINITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude AFFINITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AFFINITY_ExtraLarge">
      <st:role>Unit index for magnitude AFFINITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude AFFINITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AFFINITY_Small">
      <st:role>Unit index for magnitude AFFINITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude AFFINITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AFFINITY_ExtraSmall">
      <st:role>Unit index for magnitude AFFINITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude AFFINITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="AFFINITY_Nanometric">
      <st:role>Unit index for magnitude AFFINITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude AFFINITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZABILITYOFAMOLECULE">
      <st:role>Electric polarizability of a molecule</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb x square meter per volt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZABILITYOFAMOLECULE_Large">
      <st:role>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZABILITYOFAMOLECULE_ExtraLarge">
      <st:role>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZABILITYOFAMOLECULE_Small">
      <st:role>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZABILITYOFAMOLECULE_ExtraSmall">
      <st:role>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ELECTRICPOLARIZABILITYOFAMOLECULE_Nanometric">
      <st:role>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ELECTRICPOLARIZABILITYOFAMOLECULE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FARADAYCONSTANT">
      <st:role>Faraday constant</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per mole</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FARADAYCONSTANT_Large">
      <st:role>Unit index for magnitude FARADAYCONSTANT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FARADAYCONSTANT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FARADAYCONSTANT_ExtraLarge">
      <st:role>Unit index for magnitude FARADAYCONSTANT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FARADAYCONSTANT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FARADAYCONSTANT_Small">
      <st:role>Unit index for magnitude FARADAYCONSTANT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FARADAYCONSTANT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FARADAYCONSTANT_ExtraSmall">
      <st:role>Unit index for magnitude FARADAYCONSTANT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FARADAYCONSTANT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FARADAYCONSTANT_Nanometric">
      <st:role>Unit index for magnitude FARADAYCONSTANT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FARADAYCONSTANT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IONICSTRENGTH">
      <st:role>Ionic strength</st:role>
      <st:int>
        <st:enum>
          <st:role>Mole per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Micromole per hectogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IONICSTRENGTH_Large">
      <st:role>Unit index for magnitude IONICSTRENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude IONICSTRENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IONICSTRENGTH_ExtraLarge">
      <st:role>Unit index for magnitude IONICSTRENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude IONICSTRENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IONICSTRENGTH_Small">
      <st:role>Unit index for magnitude IONICSTRENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude IONICSTRENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IONICSTRENGTH_ExtraSmall">
      <st:role>Unit index for magnitude IONICSTRENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude IONICSTRENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="IONICSTRENGTH_Nanometric">
      <st:role>Unit index for magnitude IONICSTRENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude IONICSTRENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONDUCTIVITY">
      <st:role>Molar conductivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Siemens x square meter per mole</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONDUCTIVITY_Large">
      <st:role>Unit index for magnitude MOLARCONDUCTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONDUCTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONDUCTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude MOLARCONDUCTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONDUCTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONDUCTIVITY_Small">
      <st:role>Unit index for magnitude MOLARCONDUCTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONDUCTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONDUCTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude MOLARCONDUCTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONDUCTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONDUCTIVITY_Nanometric">
      <st:role>Unit index for magnitude MOLARCONDUCTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONDUCTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="BOHRMAGNETON">
      <st:role>Bohr magneton</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere x square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="BOHRMAGNETON_Large">
      <st:role>Unit index for magnitude BOHRMAGNETON in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude BOHRMAGNETON in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="BOHRMAGNETON_ExtraLarge">
      <st:role>Unit index for magnitude BOHRMAGNETON in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude BOHRMAGNETON in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="BOHRMAGNETON_Small">
      <st:role>Unit index for magnitude BOHRMAGNETON in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude BOHRMAGNETON in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="BOHRMAGNETON_ExtraSmall">
      <st:role>Unit index for magnitude BOHRMAGNETON in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude BOHRMAGNETON in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="BOHRMAGNETON_Nanometric">
      <st:role>Unit index for magnitude BOHRMAGNETON in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude BOHRMAGNETON in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARMAGNETON">
      <st:role>Nuclear magneton</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere x square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARMAGNETON_Large">
      <st:role>Unit index for magnitude NUCLEARMAGNETON in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARMAGNETON in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARMAGNETON_ExtraLarge">
      <st:role>Unit index for magnitude NUCLEARMAGNETON in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARMAGNETON in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARMAGNETON_Small">
      <st:role>Unit index for magnitude NUCLEARMAGNETON in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARMAGNETON in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARMAGNETON_ExtraSmall">
      <st:role>Unit index for magnitude NUCLEARMAGNETON in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARMAGNETON in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARMAGNETON_Nanometric">
      <st:role>Unit index for magnitude NUCLEARMAGNETON in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARMAGNETON in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="GYROMAGNETICCOEFFICIENT">
      <st:role>Gyromagnetic coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere x square meter per joule per second</st:role>
          <st:value>1</st:value>
          <st:role>Ampere x second per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="GYROMAGNETICCOEFFICIENT_Large">
      <st:role>Unit index for magnitude GYROMAGNETICCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude GYROMAGNETICCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="GYROMAGNETICCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude GYROMAGNETICCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude GYROMAGNETICCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="GYROMAGNETICCOEFFICIENT_Small">
      <st:role>Unit index for magnitude GYROMAGNETICCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude GYROMAGNETICCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="GYROMAGNETICCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude GYROMAGNETICCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude GYROMAGNETICCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="GYROMAGNETICCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude GYROMAGNETICCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude GYROMAGNETICCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARQUADRUPOLEMOMENT">
      <st:role>Nuclear quadrupole moment</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Square centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Square inch</st:role>
          <st:value>4</st:value>
          <st:role>Square foot</st:role>
          <st:value>5</st:value>
          <st:role>square yard</st:role>
          <st:value>6</st:value>
          <st:role>Square kilometer</st:role>
          <st:value>7</st:value>
          <st:role>Square hectometer</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARQUADRUPOLEMOMENT_Large">
      <st:role>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARQUADRUPOLEMOMENT_ExtraLarge">
      <st:role>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARQUADRUPOLEMOMENT_Small">
      <st:role>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARQUADRUPOLEMOMENT_ExtraSmall">
      <st:role>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NUCLEARQUADRUPOLEMOMENT_Nanometric">
      <st:role>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude NUCLEARQUADRUPOLEMOMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LEVELWIDTH">
      <st:role>Level width</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule</st:role>
          <st:value>1</st:value>
          <st:role>Newton x Meter</st:role>
          <st:value>2</st:value>
          <st:role>Newton x Millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter x kilogram per square second</st:role>
          <st:value>4</st:value>
          <st:role>MicroNewton millimeter</st:role>
          <st:value>5</st:value>
          <st:role>Decanewton x millimeter</st:role>
          <st:value>6</st:value>
          <st:role>Ounce force inch</st:role>
          <st:value>7</st:value>
          <st:role>Kilogram x square meter per square second</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LEVELWIDTH_Large">
      <st:role>Unit index for magnitude LEVELWIDTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LEVELWIDTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LEVELWIDTH_ExtraLarge">
      <st:role>Unit index for magnitude LEVELWIDTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LEVELWIDTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LEVELWIDTH_Small">
      <st:role>Unit index for magnitude LEVELWIDTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LEVELWIDTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LEVELWIDTH_ExtraSmall">
      <st:role>Unit index for magnitude LEVELWIDTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LEVELWIDTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LEVELWIDTH_Nanometric">
      <st:role>Unit index for magnitude LEVELWIDTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LEVELWIDTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIOACTIVITY">
      <st:role>Radioactivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Becquerel</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIOACTIVITY_Large">
      <st:role>Unit index for magnitude RADIOACTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIOACTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIOACTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude RADIOACTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIOACTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIOACTIVITY_Small">
      <st:role>Unit index for magnitude RADIOACTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIOACTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIOACTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude RADIOACTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIOACTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RADIOACTIVITY_Nanometric">
      <st:role>Unit index for magnitude RADIOACTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RADIOACTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACTIVITY">
      <st:role>Specific activity</st:role>
      <st:int>
        <st:enum>
          <st:role>Becquerel per kilogram</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACTIVITY_Large">
      <st:role>Unit index for magnitude SPECIFICACTIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACTIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACTIVITY_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFICACTIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACTIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACTIVITY_Small">
      <st:role>Unit index for magnitude SPECIFICACTIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACTIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACTIVITY_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFICACTIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACTIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICACTIVITY_Nanometric">
      <st:role>Unit index for magnitude SPECIFICACTIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICACTIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DECAYCONSTANT">
      <st:role>Decay constant</st:role>
      <st:int>
        <st:enum>
          <st:role>Per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DECAYCONSTANT_Large">
      <st:role>Unit index for magnitude DECAYCONSTANT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DECAYCONSTANT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DECAYCONSTANT_ExtraLarge">
      <st:role>Unit index for magnitude DECAYCONSTANT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DECAYCONSTANT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DECAYCONSTANT_Small">
      <st:role>Unit index for magnitude DECAYCONSTANT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DECAYCONSTANT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DECAYCONSTANT_ExtraSmall">
      <st:role>Unit index for magnitude DECAYCONSTANT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DECAYCONSTANT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DECAYCONSTANT_Nanometric">
      <st:role>Unit index for magnitude DECAYCONSTANT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DECAYCONSTANT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARCROSSSECTION">
      <st:role>Angular cross section</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per steradian</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARCROSSSECTION_Large">
      <st:role>Unit index for magnitude ANGULARCROSSSECTION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARCROSSSECTION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARCROSSSECTION_ExtraLarge">
      <st:role>Unit index for magnitude ANGULARCROSSSECTION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARCROSSSECTION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARCROSSSECTION_Small">
      <st:role>Unit index for magnitude ANGULARCROSSSECTION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARCROSSSECTION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARCROSSSECTION_ExtraSmall">
      <st:role>Unit index for magnitude ANGULARCROSSSECTION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARCROSSSECTION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ANGULARCROSSSECTION_Nanometric">
      <st:role>Unit index for magnitude ANGULARCROSSSECTION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ANGULARCROSSSECTION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCROSSSECTION">
      <st:role>Spectral cross section</st:role>
      <st:int>
        <st:enum>
          <st:role>Square second per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Meter per Newton</st:role>
          <st:value>2</st:value>
          <st:role>Square meter per joule</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCROSSSECTION_Large">
      <st:role>Unit index for magnitude SPECTRALCROSSSECTION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCROSSSECTION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCROSSSECTION_ExtraLarge">
      <st:role>Unit index for magnitude SPECTRALCROSSSECTION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCROSSSECTION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCROSSSECTION_Small">
      <st:role>Unit index for magnitude SPECTRALCROSSSECTION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCROSSSECTION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCROSSSECTION_ExtraSmall">
      <st:role>Unit index for magnitude SPECTRALCROSSSECTION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCROSSSECTION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCROSSSECTION_Nanometric">
      <st:role>Unit index for magnitude SPECTRALCROSSSECTION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCROSSSECTION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALANGULARCROSSSECTION">
      <st:role>Spectral angular cross section</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per steradian per joule</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALANGULARCROSSSECTION_Large">
      <st:role>Unit index for magnitude SPECTRALANGULARCROSSSECTION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALANGULARCROSSSECTION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALANGULARCROSSSECTION_ExtraLarge">
      <st:role>Unit index for magnitude SPECTRALANGULARCROSSSECTION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALANGULARCROSSSECTION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALANGULARCROSSSECTION_Small">
      <st:role>Unit index for magnitude SPECTRALANGULARCROSSSECTION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALANGULARCROSSSECTION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALANGULARCROSSSECTION_ExtraSmall">
      <st:role>Unit index for magnitude SPECTRALANGULARCROSSSECTION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALANGULARCROSSSECTION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALANGULARCROSSSECTION_Nanometric">
      <st:role>Unit index for magnitude SPECTRALANGULARCROSSSECTION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALANGULARCROSSSECTION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MACROSCOPICCROSSSECTION">
      <st:role>Macroscopic cross section</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter</st:role>
          <st:value>1</st:value>
          <st:role>Per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Per inch</st:role>
          <st:value>4</st:value>
          <st:role>Per foot</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MACROSCOPICCROSSSECTION_Large">
      <st:role>Unit index for magnitude MACROSCOPICCROSSSECTION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MACROSCOPICCROSSSECTION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MACROSCOPICCROSSSECTION_ExtraLarge">
      <st:role>Unit index for magnitude MACROSCOPICCROSSSECTION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MACROSCOPICCROSSSECTION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MACROSCOPICCROSSSECTION_Small">
      <st:role>Unit index for magnitude MACROSCOPICCROSSSECTION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MACROSCOPICCROSSSECTION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MACROSCOPICCROSSSECTION_ExtraSmall">
      <st:role>Unit index for magnitude MACROSCOPICCROSSSECTION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MACROSCOPICCROSSSECTION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MACROSCOPICCROSSSECTION_Nanometric">
      <st:role>Unit index for magnitude MACROSCOPICCROSSSECTION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MACROSCOPICCROSSSECTION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCE">
      <st:role>Particle fluence</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per square inch</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCE_Large">
      <st:role>Unit index for magnitude PARTICLEFLUENCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCE_ExtraLarge">
      <st:role>Unit index for magnitude PARTICLEFLUENCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCE_Small">
      <st:role>Unit index for magnitude PARTICLEFLUENCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCE_ExtraSmall">
      <st:role>Unit index for magnitude PARTICLEFLUENCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCE_Nanometric">
      <st:role>Unit index for magnitude PARTICLEFLUENCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCERATE">
      <st:role>Particle fluence rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Square millimeter per minute</st:role>
          <st:value>1</st:value>
          <st:role>Square inch per minute</st:role>
          <st:value>2</st:value>
          <st:role>Square meter per second</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter per second</st:role>
          <st:value>4</st:value>
          <st:role>Square foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Square inch per second</st:role>
          <st:value>6</st:value>
          <st:role>Square centimeter per second</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCERATE_Large">
      <st:role>Unit index for magnitude PARTICLEFLUENCERATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCERATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCERATE_ExtraLarge">
      <st:role>Unit index for magnitude PARTICLEFLUENCERATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCERATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCERATE_Small">
      <st:role>Unit index for magnitude PARTICLEFLUENCERATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCERATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCERATE_ExtraSmall">
      <st:role>Unit index for magnitude PARTICLEFLUENCERATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCERATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PARTICLEFLUENCERATE_Nanometric">
      <st:role>Unit index for magnitude PARTICLEFLUENCERATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PARTICLEFLUENCERATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYFLUENCE">
      <st:role>Energy fluence</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Pound Force per foot</st:role>
          <st:value>3</st:value>
          <st:role>Pound Force per inch</st:role>
          <st:value>4</st:value>
          <st:role>Dyne per centimeter</st:role>
          <st:value>5</st:value>
          <st:role>MicroNewton per millimeter</st:role>
          <st:value>6</st:value>
          <st:role>Decanewton per millimeter</st:role>
          <st:value>7</st:value>
          <st:role>Kilo newton per meter</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYFLUENCE_Large">
      <st:role>Unit index for magnitude ENERGYFLUENCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYFLUENCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYFLUENCE_ExtraLarge">
      <st:role>Unit index for magnitude ENERGYFLUENCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYFLUENCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYFLUENCE_Small">
      <st:role>Unit index for magnitude ENERGYFLUENCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYFLUENCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYFLUENCE_ExtraSmall">
      <st:role>Unit index for magnitude ENERGYFLUENCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYFLUENCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGYFLUENCE_Nanometric">
      <st:role>Unit index for magnitude ENERGYFLUENCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGYFLUENCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTDENSITYOFPARTICLES">
      <st:role>Current density of particles</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Per square millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Per square inch per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTDENSITYOFPARTICLES_Large">
      <st:role>Unit index for magnitude CURRENTDENSITYOFPARTICLES in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTDENSITYOFPARTICLES in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTDENSITYOFPARTICLES_ExtraLarge">
      <st:role>Unit index for magnitude CURRENTDENSITYOFPARTICLES in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTDENSITYOFPARTICLES in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTDENSITYOFPARTICLES_Small">
      <st:role>Unit index for magnitude CURRENTDENSITYOFPARTICLES in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTDENSITYOFPARTICLES in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTDENSITYOFPARTICLES_ExtraSmall">
      <st:role>Unit index for magnitude CURRENTDENSITYOFPARTICLES in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTDENSITYOFPARTICLES in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="CURRENTDENSITYOFPARTICLES_Nanometric">
      <st:role>Unit index for magnitude CURRENTDENSITYOFPARTICLES in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude CURRENTDENSITYOFPARTICLES in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSATTENUATIONCOEFFICIENT">
      <st:role>Mass attenuation coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square inch per pound</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSATTENUATIONCOEFFICIENT_Large">
      <st:role>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSATTENUATIONCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSATTENUATIONCOEFFICIENT_Small">
      <st:role>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSATTENUATIONCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSATTENUATIONCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSATTENUATIONCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATOMICATTENUATIONCOEFFICIENT">
      <st:role>Atomic attenuation coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Square centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Square inch</st:role>
          <st:value>4</st:value>
          <st:role>Square foot</st:role>
          <st:value>5</st:value>
          <st:role>square yard</st:role>
          <st:value>6</st:value>
          <st:role>Cubic meter per square second over meter per square second</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATOMICATTENUATIONCOEFFICIENT_Large">
      <st:role>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATOMICATTENUATIONCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATOMICATTENUATIONCOEFFICIENT_Small">
      <st:role>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATOMICATTENUATIONCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ATOMICATTENUATIONCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ATOMICATTENUATIONCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALLINEARSTOPPINGPOWER">
      <st:role>Total linear stopping power</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton</st:role>
          <st:value>1</st:value>
          <st:role>Pound Force</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per square second</st:role>
          <st:value>3</st:value>
          <st:role>Millimeter x kilogram per square second</st:role>
          <st:value>4</st:value>
          <st:role>Dyne</st:role>
          <st:value>5</st:value>
          <st:role>Kilogram force</st:role>
          <st:value>6</st:value>
          <st:role>Micronewton</st:role>
          <st:value>7</st:value>
          <st:role>Kilo Newton</st:role>
          <st:value>8</st:value>
          <st:role>kilo pound force</st:role>
          <st:value>9</st:value>
          <st:role>Decanewton</st:role>
          <st:value>10</st:value>
          <st:role>Ounce force</st:role>
          <st:value>11</st:value>
          <st:role>Joule per meter</st:role>
          <st:value>12</st:value>
          <st:role>CentiNewton</st:role>
          <st:value>13</st:value>
          <st:role>Gram force</st:role>
          <st:value>14</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALLINEARSTOPPINGPOWER_Large">
      <st:role>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALLINEARSTOPPINGPOWER_ExtraLarge">
      <st:role>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALLINEARSTOPPINGPOWER_Small">
      <st:role>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALLINEARSTOPPINGPOWER_ExtraSmall">
      <st:role>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALLINEARSTOPPINGPOWER_Nanometric">
      <st:role>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALLINEARSTOPPINGPOWER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALATOMICSTOPPINGPOWER">
      <st:role>Total atomic stopping power</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule x square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALATOMICSTOPPINGPOWER_Large">
      <st:role>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALATOMICSTOPPINGPOWER_ExtraLarge">
      <st:role>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALATOMICSTOPPINGPOWER_Small">
      <st:role>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALATOMICSTOPPINGPOWER_ExtraSmall">
      <st:role>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALATOMICSTOPPINGPOWER_Nanometric">
      <st:role>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALATOMICSTOPPINGPOWER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALMASSSTOPPINGPOWER">
      <st:role>Total mass stopping power</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule x square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Meter x cubic meter per square second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALMASSSTOPPINGPOWER_Large">
      <st:role>Unit index for magnitude TOTALMASSSTOPPINGPOWER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALMASSSTOPPINGPOWER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALMASSSTOPPINGPOWER_ExtraLarge">
      <st:role>Unit index for magnitude TOTALMASSSTOPPINGPOWER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALMASSSTOPPINGPOWER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALMASSSTOPPINGPOWER_Small">
      <st:role>Unit index for magnitude TOTALMASSSTOPPINGPOWER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALMASSSTOPPINGPOWER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALMASSSTOPPINGPOWER_ExtraSmall">
      <st:role>Unit index for magnitude TOTALMASSSTOPPINGPOWER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALMASSSTOPPINGPOWER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALMASSSTOPPINGPOWER_Nanometric">
      <st:role>Unit index for magnitude TOTALMASSSTOPPINGPOWER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALMASSSTOPPINGPOWER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MEANMASSRANGE">
      <st:role>Mean mass range</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Pound per square inch</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram per square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Tonne per square millimeter</st:role>
          <st:value>4</st:value>
          <st:role>Gram per square meter</st:role>
          <st:value>5</st:value>
          <st:role>Pound per square yard</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MEANMASSRANGE_Large">
      <st:role>Unit index for magnitude MEANMASSRANGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MEANMASSRANGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MEANMASSRANGE_ExtraLarge">
      <st:role>Unit index for magnitude MEANMASSRANGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MEANMASSRANGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MEANMASSRANGE_Small">
      <st:role>Unit index for magnitude MEANMASSRANGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MEANMASSRANGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MEANMASSRANGE_ExtraSmall">
      <st:role>Unit index for magnitude MEANMASSRANGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MEANMASSRANGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MEANMASSRANGE_Nanometric">
      <st:role>Unit index for magnitude MEANMASSRANGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MEANMASSRANGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARIONIZATION">
      <st:role>Linear ionization</st:role>
      <st:int>
        <st:enum>
          <st:role>Per meter</st:role>
          <st:value>1</st:value>
          <st:role>Per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Per inch</st:role>
          <st:value>4</st:value>
          <st:role>Per foot</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARIONIZATION_Large">
      <st:role>Unit index for magnitude LINEARIONIZATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARIONIZATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARIONIZATION_ExtraLarge">
      <st:role>Unit index for magnitude LINEARIONIZATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARIONIZATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARIONIZATION_Small">
      <st:role>Unit index for magnitude LINEARIONIZATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARIONIZATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARIONIZATION_ExtraSmall">
      <st:role>Unit index for magnitude LINEARIONIZATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARIONIZATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARIONIZATION_Nanometric">
      <st:role>Unit index for magnitude LINEARIONIZATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARIONIZATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOBILITY">
      <st:role>Mobility</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per volt per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOBILITY_Large">
      <st:role>Unit index for magnitude MOBILITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOBILITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOBILITY_ExtraLarge">
      <st:role>Unit index for magnitude MOBILITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOBILITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOBILITY_Small">
      <st:role>Unit index for magnitude MOBILITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOBILITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOBILITY_ExtraSmall">
      <st:role>Unit index for magnitude MOBILITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOBILITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOBILITY_Nanometric">
      <st:role>Unit index for magnitude MOBILITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOBILITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RECOMBINATIONCOEFFICIENT">
      <st:role>Recombination coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Cubic meter per hour</st:role>
          <st:value>2</st:value>
          <st:role>Cubic foot per hour</st:role>
          <st:value>3</st:value>
          <st:role>US gallon per minute</st:role>
          <st:value>4</st:value>
          <st:role>Barrel per hour</st:role>
          <st:value>5</st:value>
          <st:role>Barrel per day</st:role>
          <st:value>6</st:value>
          <st:role>Cubic foot per minute</st:role>
          <st:value>7</st:value>
          <st:role>Liter per second</st:role>
          <st:value>8</st:value>
          <st:role>Myria cubic meter per day</st:role>
          <st:value>9</st:value>
          <st:role>Liter per hour</st:role>
          <st:value>10</st:value>
          <st:role>US gallon per hour</st:role>
          <st:value>11</st:value>
          <st:role>Cubic centimeter per minute</st:role>
          <st:value>12</st:value>
          <st:role>Actual cubic feet per hour</st:role>
          <st:value>13</st:value>
          <st:role>Actual cubic feet per minute</st:role>
          <st:value>14</st:value>
          <st:role>Normal cubic meter per hour</st:role>
          <st:value>15</st:value>
          <st:role>Normal liter per hour</st:role>
          <st:value>16</st:value>
          <st:role>Standard cubic feet per minute</st:role>
          <st:value>17</st:value>
          <st:role>Liter per minute</st:role>
          <st:value>18</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RECOMBINATIONCOEFFICIENT_Large">
      <st:role>Unit index for magnitude RECOMBINATIONCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RECOMBINATIONCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RECOMBINATIONCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude RECOMBINATIONCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RECOMBINATIONCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RECOMBINATIONCOEFFICIENT_Small">
      <st:role>Unit index for magnitude RECOMBINATIONCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RECOMBINATIONCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RECOMBINATIONCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude RECOMBINATIONCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RECOMBINATIONCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RECOMBINATIONCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude RECOMBINATIONCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RECOMBINATIONCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NEUTRONFLUENCERATE">
      <st:role>Neutron fluence rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Per square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Per square millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Per square inch per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NEUTRONFLUENCERATE_Large">
      <st:role>Unit index for magnitude NEUTRONFLUENCERATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude NEUTRONFLUENCERATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NEUTRONFLUENCERATE_ExtraLarge">
      <st:role>Unit index for magnitude NEUTRONFLUENCERATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude NEUTRONFLUENCERATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NEUTRONFLUENCERATE_Small">
      <st:role>Unit index for magnitude NEUTRONFLUENCERATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude NEUTRONFLUENCERATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NEUTRONFLUENCERATE_ExtraSmall">
      <st:role>Unit index for magnitude NEUTRONFLUENCERATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude NEUTRONFLUENCERATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="NEUTRONFLUENCERATE_Nanometric">
      <st:role>Unit index for magnitude NEUTRONFLUENCERATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude NEUTRONFLUENCERATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALNEUTRONSOURCEDENSITY">
      <st:role>Total neutron source density</st:role>
      <st:int>
        <st:enum>
          <st:role>1 per second per cubic meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALNEUTRONSOURCEDENSITY_Large">
      <st:role>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALNEUTRONSOURCEDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALNEUTRONSOURCEDENSITY_Small">
      <st:role>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALNEUTRONSOURCEDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TOTALNEUTRONSOURCEDENSITY_Nanometric">
      <st:role>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TOTALNEUTRONSOURCEDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SLOWINGDOWNDENSITY">
      <st:role>Slowing down density</st:role>
      <st:int>
        <st:enum>
          <st:role>1 per second per cubic meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SLOWINGDOWNDENSITY_Large">
      <st:role>Unit index for magnitude SLOWINGDOWNDENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SLOWINGDOWNDENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SLOWINGDOWNDENSITY_ExtraLarge">
      <st:role>Unit index for magnitude SLOWINGDOWNDENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SLOWINGDOWNDENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SLOWINGDOWNDENSITY_Small">
      <st:role>Unit index for magnitude SLOWINGDOWNDENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SLOWINGDOWNDENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SLOWINGDOWNDENSITY_ExtraSmall">
      <st:role>Unit index for magnitude SLOWINGDOWNDENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SLOWINGDOWNDENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SLOWINGDOWNDENSITY_Nanometric">
      <st:role>Unit index for magnitude SLOWINGDOWNDENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SLOWINGDOWNDENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSE">
      <st:role>Absorbed dose</st:role>
      <st:int>
        <st:enum>
          <st:role>Gray</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSE_Large">
      <st:role>Unit index for magnitude ABSORBEDDOSE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSE_ExtraLarge">
      <st:role>Unit index for magnitude ABSORBEDDOSE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSE_Small">
      <st:role>Unit index for magnitude ABSORBEDDOSE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSE_ExtraSmall">
      <st:role>Unit index for magnitude ABSORBEDDOSE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSE_Nanometric">
      <st:role>Unit index for magnitude ABSORBEDDOSE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGYIMPARTED">
      <st:role>Specific energy imparted</st:role>
      <st:int>
        <st:enum>
          <st:role>Gray</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGYIMPARTED_Large">
      <st:role>Unit index for magnitude SPECIFICENERGYIMPARTED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGYIMPARTED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGYIMPARTED_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFICENERGYIMPARTED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGYIMPARTED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGYIMPARTED_Small">
      <st:role>Unit index for magnitude SPECIFICENERGYIMPARTED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGYIMPARTED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGYIMPARTED_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFICENERGYIMPARTED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGYIMPARTED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICENERGYIMPARTED_Nanometric">
      <st:role>Unit index for magnitude SPECIFICENERGYIMPARTED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICENERGYIMPARTED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DOSEEQUIVALENT">
      <st:role>Dose equivalent</st:role>
      <st:int>
        <st:enum>
          <st:role>Sievert</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DOSEEQUIVALENT_Large">
      <st:role>Unit index for magnitude DOSEEQUIVALENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DOSEEQUIVALENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DOSEEQUIVALENT_ExtraLarge">
      <st:role>Unit index for magnitude DOSEEQUIVALENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DOSEEQUIVALENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DOSEEQUIVALENT_Small">
      <st:role>Unit index for magnitude DOSEEQUIVALENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DOSEEQUIVALENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DOSEEQUIVALENT_ExtraSmall">
      <st:role>Unit index for magnitude DOSEEQUIVALENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DOSEEQUIVALENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DOSEEQUIVALENT_Nanometric">
      <st:role>Unit index for magnitude DOSEEQUIVALENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DOSEEQUIVALENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSERATE">
      <st:role>Absorbed dose rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Gray per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSERATE_Large">
      <st:role>Unit index for magnitude ABSORBEDDOSERATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSERATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSERATE_ExtraLarge">
      <st:role>Unit index for magnitude ABSORBEDDOSERATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSERATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSERATE_Small">
      <st:role>Unit index for magnitude ABSORBEDDOSERATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSERATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSERATE_ExtraSmall">
      <st:role>Unit index for magnitude ABSORBEDDOSERATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSERATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ABSORBEDDOSERATE_Nanometric">
      <st:role>Unit index for magnitude ABSORBEDDOSERATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ABSORBEDDOSERATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARENERGYTRANSFER">
      <st:role>Linear energy transfer</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton</st:role>
          <st:value>1</st:value>
          <st:role>Pound Force</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per square second</st:role>
          <st:value>3</st:value>
          <st:role>Millimeter x kilogram per square second</st:role>
          <st:value>4</st:value>
          <st:role>Dyne</st:role>
          <st:value>5</st:value>
          <st:role>Kilogram force</st:role>
          <st:value>6</st:value>
          <st:role>Micronewton</st:role>
          <st:value>7</st:value>
          <st:role>Kilo Newton</st:role>
          <st:value>8</st:value>
          <st:role>kilo pound force</st:role>
          <st:value>9</st:value>
          <st:role>Decanewton</st:role>
          <st:value>10</st:value>
          <st:role>Ounce force</st:role>
          <st:value>11</st:value>
          <st:role>Joule per meter</st:role>
          <st:value>12</st:value>
          <st:role>CentiNewton</st:role>
          <st:value>13</st:value>
          <st:role>Gram force</st:role>
          <st:value>14</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARENERGYTRANSFER_Large">
      <st:role>Unit index for magnitude LINEARENERGYTRANSFER in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARENERGYTRANSFER in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARENERGYTRANSFER_ExtraLarge">
      <st:role>Unit index for magnitude LINEARENERGYTRANSFER in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARENERGYTRANSFER in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARENERGYTRANSFER_Small">
      <st:role>Unit index for magnitude LINEARENERGYTRANSFER in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARENERGYTRANSFER in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARENERGYTRANSFER_ExtraSmall">
      <st:role>Unit index for magnitude LINEARENERGYTRANSFER in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARENERGYTRANSFER in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEARENERGYTRANSFER_Nanometric">
      <st:role>Unit index for magnitude LINEARENERGYTRANSFER in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEARENERGYTRANSFER in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMA">
      <st:role>Kerma</st:role>
      <st:int>
        <st:enum>
          <st:role>Gray</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMA_Large">
      <st:role>Unit index for magnitude KERMA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMA_ExtraLarge">
      <st:role>Unit index for magnitude KERMA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMA_Small">
      <st:role>Unit index for magnitude KERMA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMA_ExtraSmall">
      <st:role>Unit index for magnitude KERMA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMA_Nanometric">
      <st:role>Unit index for magnitude KERMA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMARATE">
      <st:role>Kerma rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Gray per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMARATE_Large">
      <st:role>Unit index for magnitude KERMARATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMARATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMARATE_ExtraLarge">
      <st:role>Unit index for magnitude KERMARATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMARATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMARATE_Small">
      <st:role>Unit index for magnitude KERMARATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMARATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMARATE_ExtraSmall">
      <st:role>Unit index for magnitude KERMARATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMARATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="KERMARATE_Nanometric">
      <st:role>Unit index for magnitude KERMARATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude KERMARATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSENERGYTRANSFERCOEFFICIENT">
      <st:role>Mass energy transfer coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter per kilogram</st:role>
          <st:value>2</st:value>
          <st:role>Square millimeter per tonne</st:role>
          <st:value>3</st:value>
          <st:role>Square inch per pound</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSENERGYTRANSFERCOEFFICIENT_Large">
      <st:role>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSENERGYTRANSFERCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSENERGYTRANSFERCOEFFICIENT_Small">
      <st:role>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSENERGYTRANSFERCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASSENERGYTRANSFERCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASSENERGYTRANSFERCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURE">
      <st:role>Exposure</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Ampere x second per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURE_Large">
      <st:role>Unit index for magnitude EXPOSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURE_ExtraLarge">
      <st:role>Unit index for magnitude EXPOSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURE_Small">
      <st:role>Unit index for magnitude EXPOSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURE_ExtraSmall">
      <st:role>Unit index for magnitude EXPOSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURE_Nanometric">
      <st:role>Unit index for magnitude EXPOSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURERATE">
      <st:role>Exposure rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per second</st:role>
          <st:value>1</st:value>
          <st:role>Ampere per kilogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURERATE_Large">
      <st:role>Unit index for magnitude EXPOSURERATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURERATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURERATE_ExtraLarge">
      <st:role>Unit index for magnitude EXPOSURERATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURERATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURERATE_Small">
      <st:role>Unit index for magnitude EXPOSURERATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURERATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURERATE_ExtraSmall">
      <st:role>Unit index for magnitude EXPOSURERATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURERATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="EXPOSURERATE_Nanometric">
      <st:role>Unit index for magnitude EXPOSURERATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude EXPOSURERATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCONCENTRATION">
      <st:role>Spectral concentration</st:role>
      <st:int>
        <st:enum>
          <st:role>Second per cubic meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCONCENTRATION_Large">
      <st:role>Unit index for magnitude SPECTRALCONCENTRATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCONCENTRATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCONCENTRATION_ExtraLarge">
      <st:role>Unit index for magnitude SPECTRALCONCENTRATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCONCENTRATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCONCENTRATION_Small">
      <st:role>Unit index for magnitude SPECTRALCONCENTRATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCONCENTRATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCONCENTRATION_ExtraSmall">
      <st:role>Unit index for magnitude SPECTRALCONCENTRATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCONCENTRATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECTRALCONCENTRATION_Nanometric">
      <st:role>Unit index for magnitude SPECTRALCONCENTRATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECTRALCONCENTRATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFSTATES">
      <st:role>Density of states</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per joule</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFSTATES_Large">
      <st:role>Unit index for magnitude DENSITYOFSTATES in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFSTATES in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFSTATES_ExtraLarge">
      <st:role>Unit index for magnitude DENSITYOFSTATES in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFSTATES in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFSTATES_Small">
      <st:role>Unit index for magnitude DENSITYOFSTATES in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFSTATES in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFSTATES_ExtraSmall">
      <st:role>Unit index for magnitude DENSITYOFSTATES in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFSTATES in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITYOFSTATES_Nanometric">
      <st:role>Unit index for magnitude DENSITYOFSTATES in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITYOFSTATES in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LORENZCOEFFICIENT">
      <st:role>Lorenz coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Square volt per square kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LORENZCOEFFICIENT_Large">
      <st:role>Unit index for magnitude LORENZCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LORENZCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LORENZCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude LORENZCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LORENZCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LORENZCOEFFICIENT_Small">
      <st:role>Unit index for magnitude LORENZCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LORENZCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LORENZCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude LORENZCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LORENZCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LORENZCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude LORENZCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LORENZCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HALLCOEFFICIENT">
      <st:role>Hall coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per coulomb</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HALLCOEFFICIENT_Large">
      <st:role>Unit index for magnitude HALLCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HALLCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HALLCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude HALLCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HALLCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HALLCOEFFICIENT_Small">
      <st:role>Unit index for magnitude HALLCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HALLCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HALLCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude HALLCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HALLCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HALLCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude HALLCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HALLCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SEEBECKCOEFFICIENT">
      <st:role>Seebeck coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per Kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SEEBECKCOEFFICIENT_Large">
      <st:role>Unit index for magnitude SEEBECKCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SEEBECKCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SEEBECKCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude SEEBECKCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SEEBECKCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SEEBECKCOEFFICIENT_Small">
      <st:role>Unit index for magnitude SEEBECKCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SEEBECKCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SEEBECKCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude SEEBECKCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SEEBECKCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SEEBECKCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude SEEBECKCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SEEBECKCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THOMSONCOEFFICIENT">
      <st:role>Thomson coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per Kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THOMSONCOEFFICIENT_Large">
      <st:role>Unit index for magnitude THOMSONCOEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THOMSONCOEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THOMSONCOEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude THOMSONCOEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THOMSONCOEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THOMSONCOEFFICIENT_Small">
      <st:role>Unit index for magnitude THOMSONCOEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THOMSONCOEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THOMSONCOEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude THOMSONCOEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THOMSONCOEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THOMSONCOEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude THOMSONCOEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THOMSONCOEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RICHARDSONCONSTANT">
      <st:role>Richardson constant</st:role>
      <st:int>
        <st:enum>
          <st:role>Ampere per square meter per square kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RICHARDSONCONSTANT_Large">
      <st:role>Unit index for magnitude RICHARDSONCONSTANT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RICHARDSONCONSTANT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RICHARDSONCONSTANT_ExtraLarge">
      <st:role>Unit index for magnitude RICHARDSONCONSTANT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RICHARDSONCONSTANT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RICHARDSONCONSTANT_Small">
      <st:role>Unit index for magnitude RICHARDSONCONSTANT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RICHARDSONCONSTANT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RICHARDSONCONSTANT_ExtraSmall">
      <st:role>Unit index for magnitude RICHARDSONCONSTANT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RICHARDSONCONSTANT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RICHARDSONCONSTANT_Nanometric">
      <st:role>Unit index for magnitude RICHARDSONCONSTANT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RICHARDSONCONSTANT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FERMIENERGY">
      <st:role>Fermi energy</st:role>
      <st:int>
        <st:enum>
          <st:role>Electronvolt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FERMIENERGY_Large">
      <st:role>Unit index for magnitude FERMIENERGY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FERMIENERGY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FERMIENERGY_ExtraLarge">
      <st:role>Unit index for magnitude FERMIENERGY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FERMIENERGY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FERMIENERGY_Small">
      <st:role>Unit index for magnitude FERMIENERGY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FERMIENERGY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FERMIENERGY_ExtraSmall">
      <st:role>Unit index for magnitude FERMIENERGY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FERMIENERGY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FERMIENERGY_Nanometric">
      <st:role>Unit index for magnitude FERMIENERGY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FERMIENERGY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLUXIODQUANTUM">
      <st:role>Fluxoid quantum</st:role>
      <st:int>
        <st:enum>
          <st:role>Weber</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLUXIODQUANTUM_Large">
      <st:role>Unit index for magnitude FLUXIODQUANTUM in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FLUXIODQUANTUM in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLUXIODQUANTUM_ExtraLarge">
      <st:role>Unit index for magnitude FLUXIODQUANTUM in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FLUXIODQUANTUM in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLUXIODQUANTUM_Small">
      <st:role>Unit index for magnitude FLUXIODQUANTUM in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FLUXIODQUANTUM in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLUXIODQUANTUM_ExtraSmall">
      <st:role>Unit index for magnitude FLUXIODQUANTUM in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FLUXIODQUANTUM in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLUXIODQUANTUM_Nanometric">
      <st:role>Unit index for magnitude FLUXIODQUANTUM in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FLUXIODQUANTUM in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACE_POWER_DENSITY">
      <st:role>Surface power density</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACE_POWER_DENSITY_Large">
      <st:role>Unit index for magnitude SURFACE_POWER_DENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACE_POWER_DENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACE_POWER_DENSITY_ExtraLarge">
      <st:role>Unit index for magnitude SURFACE_POWER_DENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACE_POWER_DENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACE_POWER_DENSITY_Small">
      <st:role>Unit index for magnitude SURFACE_POWER_DENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACE_POWER_DENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACE_POWER_DENSITY_ExtraSmall">
      <st:role>Unit index for magnitude SURFACE_POWER_DENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACE_POWER_DENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACE_POWER_DENSITY_Nanometric">
      <st:role>Unit index for magnitude SURFACE_POWER_DENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACE_POWER_DENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_DENSITY">
      <st:role>Power density</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per cubic meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_DENSITY_Large">
      <st:role>Unit index for magnitude POWER_DENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_DENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_DENSITY_ExtraLarge">
      <st:role>Unit index for magnitude POWER_DENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_DENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_DENSITY_Small">
      <st:role>Unit index for magnitude POWER_DENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_DENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_DENSITY_ExtraSmall">
      <st:role>Unit index for magnitude POWER_DENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_DENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWER_DENSITY_Nanometric">
      <st:role>Unit index for magnitude POWER_DENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWER_DENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLTAGE">
      <st:role>Displacement over voltage</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per volt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLTAGE_Large">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLTAGE_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLTAGE_Small">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLTAGE_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_OVER_VOLTAGE_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT_OVER_VOLTAGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLTAGE">
      <st:role>Velocity over voltage</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per second per volt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLTAGE_Large">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLTAGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLTAGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLTAGE_ExtraLarge">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLTAGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLTAGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLTAGE_Small">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLTAGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLTAGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLTAGE_ExtraSmall">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLTAGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLTAGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VELOCITY_OVER_VOLTAGE_Nanometric">
      <st:role>Unit index for magnitude VELOCITY_OVER_VOLTAGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VELOCITY_OVER_VOLTAGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLTAGE">
      <st:role>Acceleration over voltage</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per square second per volt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLTAGE_Large">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLTAGE_ExtraLarge">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLTAGE_Small">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLTAGE_ExtraSmall">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACCELERATION_OVER_VOLTAGE_Nanometric">
      <st:role>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACCELERATION_OVER_VOLTAGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_DISPLACEMENT">
      <st:role>Voltage over displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_DISPLACEMENT_Large">
      <st:role>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_DISPLACEMENT_Small">
      <st:role>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_VELOCITY">
      <st:role>Voltage over velocity</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per meter per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_VELOCITY_Large">
      <st:role>Unit index for magnitude VOLTAGE_OVER_VELOCITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_VELOCITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_VELOCITY_ExtraLarge">
      <st:role>Unit index for magnitude VOLTAGE_OVER_VELOCITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_VELOCITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_VELOCITY_Small">
      <st:role>Unit index for magnitude VOLTAGE_OVER_VELOCITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_VELOCITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_VELOCITY_ExtraSmall">
      <st:role>Unit index for magnitude VOLTAGE_OVER_VELOCITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_VELOCITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_VELOCITY_Nanometric">
      <st:role>Unit index for magnitude VOLTAGE_OVER_VELOCITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_VELOCITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_ACCELERATION">
      <st:role>Voltage over Acceleration</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per meter per square second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_ACCELERATION_Large">
      <st:role>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_ACCELERATION_ExtraLarge">
      <st:role>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_ACCELERATION_Small">
      <st:role>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_ACCELERATION_ExtraSmall">
      <st:role>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_ACCELERATION_Nanometric">
      <st:role>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_ACCELERATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLTAGE">
      <st:role>Pressure over voltage</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal per volt</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLTAGE_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLTAGE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLTAGE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLTAGE_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLTAGE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLTAGE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLTAGE_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLTAGE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLTAGE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLTAGE_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLTAGE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLTAGE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_VOLTAGE_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_VOLTAGE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_VOLTAGE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_PRESSURE">
      <st:role>Voltage over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Volt per pascal</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude VOLTAGE_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude VOLTAGE_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude VOLTAGE_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude VOLTAGE_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="VOLTAGE_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude VOLTAGE_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude VOLTAGE_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RATE">
      <st:role>Rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Per second</st:role>
          <st:value>1</st:value>
          <st:role>Per minute</st:role>
          <st:value>2</st:value>
          <st:role>Per hour</st:role>
          <st:value>3</st:value>
          <st:role>Per day</st:role>
          <st:value>4</st:value>
          <st:role>Per week</st:role>
          <st:value>5</st:value>
          <st:role>Per year</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RATE_Large">
      <st:role>Unit index for magnitude RATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude RATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RATE_ExtraLarge">
      <st:role>Unit index for magnitude RATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude RATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RATE_Small">
      <st:role>Unit index for magnitude RATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude RATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RATE_ExtraSmall">
      <st:role>Unit index for magnitude RATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude RATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="RATE_Nanometric">
      <st:role>Unit index for magnitude RATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude RATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRAIN_RATE">
      <st:role>Strain rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Per second</st:role>
          <st:value>1</st:value>
          <st:role>Percentage per second</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRAIN_RATE_Large">
      <st:role>Unit index for magnitude STRAIN_RATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude STRAIN_RATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRAIN_RATE_ExtraLarge">
      <st:role>Unit index for magnitude STRAIN_RATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude STRAIN_RATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRAIN_RATE_Small">
      <st:role>Unit index for magnitude STRAIN_RATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude STRAIN_RATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRAIN_RATE_ExtraSmall">
      <st:role>Unit index for magnitude STRAIN_RATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude STRAIN_RATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRAIN_RATE_Nanometric">
      <st:role>Unit index for magnitude STRAIN_RATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude STRAIN_RATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_PER_UNIT_VOLUME">
      <st:role>Heat capacity per unit volume</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kelvin per cubic meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_PER_UNIT_VOLUME_Large">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_PER_UNIT_VOLUME_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_PER_UNIT_VOLUME_Small">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_PER_UNIT_VOLUME_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_HEAT_PER_UNIT_VOLUME_Nanometric">
      <st:role>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_HEAT_PER_UNIT_VOLUME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWERbis">
      <st:role>Power</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt</st:role>
          <st:value>1</st:value>
          <st:role>Kilowatt</st:role>
          <st:value>2</st:value>
          <st:role>Chevaux-vapeur</st:role>
          <st:value>3</st:value>
          <st:role>hp</st:role>
          <st:value>4</st:value>
          <st:role>Pound force foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Mega Watt</st:role>
          <st:value>6</st:value>
          <st:role>milli Watt</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWERbis_Large">
      <st:role>Unit index for magnitude POWERbis in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude POWERbis in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWERbis_ExtraLarge">
      <st:role>Unit index for magnitude POWERbis in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude POWERbis in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWERbis_Small">
      <st:role>Unit index for magnitude POWERbis in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude POWERbis in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWERbis_ExtraSmall">
      <st:role>Unit index for magnitude POWERbis in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude POWERbis in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="POWERbis_Nanometric">
      <st:role>Unit index for magnitude POWERbis in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude POWERbis in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONCENTRATION">
      <st:role>Molar concentration</st:role>
      <st:int>
        <st:enum>
          <st:role>Mole per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Mole per liter</st:role>
          <st:value>2</st:value>
          <st:role>Millimole per liter</st:role>
          <st:value>3</st:value>
          <st:role>Micromole per liter</st:role>
          <st:value>4</st:value>
          <st:role>Nanomole per liter</st:role>
          <st:value>5</st:value>
          <st:role>Kilomole per cubic meter</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>2</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONCENTRATION_Large">
      <st:role>Unit index for magnitude MOLARCONCENTRATION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONCENTRATION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>2</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONCENTRATION_ExtraLarge">
      <st:role>Unit index for magnitude MOLARCONCENTRATION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONCENTRATION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>2</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONCENTRATION_Small">
      <st:role>Unit index for magnitude MOLARCONCENTRATION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONCENTRATION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>2</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONCENTRATION_ExtraSmall">
      <st:role>Unit index for magnitude MOLARCONCENTRATION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONCENTRATION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>2</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLARCONCENTRATION_Nanometric">
      <st:role>Unit index for magnitude MOLARCONCENTRATION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLARCONCENTRATION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>2</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALTRANSMITTANCE">
      <st:role>Thermal transmittance</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per Kelvin per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Watt per Kelvin per square millimeter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALTRANSMITTANCE_Large">
      <st:role>Unit index for magnitude THERMALTRANSMITTANCE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALTRANSMITTANCE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALTRANSMITTANCE_ExtraLarge">
      <st:role>Unit index for magnitude THERMALTRANSMITTANCE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALTRANSMITTANCE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALTRANSMITTANCE_Small">
      <st:role>Unit index for magnitude THERMALTRANSMITTANCE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALTRANSMITTANCE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALTRANSMITTANCE_ExtraSmall">
      <st:role>Unit index for magnitude THERMALTRANSMITTANCE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALTRANSMITTANCE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THERMALTRANSMITTANCE_Nanometric">
      <st:role>Unit index for magnitude THERMALTRANSMITTANCE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THERMALTRANSMITTANCE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURE_OVER_PRESSURE">
      <st:role>Temperature over pressure</st:role>
      <st:int>
        <st:enum>
          <st:role>Kelvin per Pascal</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURE_OVER_PRESSURE_Large">
      <st:role>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURE_OVER_PRESSURE_ExtraLarge">
      <st:role>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURE_OVER_PRESSURE_Small">
      <st:role>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURE_OVER_PRESSURE_ExtraSmall">
      <st:role>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TEMPERATURE_OVER_PRESSURE_Nanometric">
      <st:role>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TEMPERATURE_OVER_PRESSURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_OVER_TEMPERATURE">
      <st:role>Specific volume over temperature</st:role>
      <st:int>
        <st:enum>
          <st:role>Cubic meter per kilogram per Kelvin</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_OVER_TEMPERATURE_Large">
      <st:role>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_OVER_TEMPERATURE_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_OVER_TEMPERATURE_Small">
      <st:role>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_OVER_TEMPERATURE_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFICVOLUME_OVER_TEMPERATURE_Nanometric">
      <st:role>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFICVOLUME_OVER_TEMPERATURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_PER_MASS">
      <st:role>Mole per mass</st:role>
      <st:int>
        <st:enum>
          <st:role>Mole per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Micromole per hectogram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_PER_MASS_Large">
      <st:role>Unit index for magnitude MOLE_PER_MASS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE_PER_MASS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_PER_MASS_ExtraLarge">
      <st:role>Unit index for magnitude MOLE_PER_MASS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE_PER_MASS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_PER_MASS_Small">
      <st:role>Unit index for magnitude MOLE_PER_MASS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE_PER_MASS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_PER_MASS_ExtraSmall">
      <st:role>Unit index for magnitude MOLE_PER_MASS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE_PER_MASS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOLE_PER_MASS_Nanometric">
      <st:role>Unit index for magnitude MOLE_PER_MASS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOLE_PER_MASS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_DIFFUSIVITY">
      <st:role>Mass Diffusivity</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Square millimeter per minute</st:role>
          <st:value>2</st:value>
          <st:role>Square inch per minute</st:role>
          <st:value>3</st:value>
          <st:role>Square millimeter per second</st:role>
          <st:value>4</st:value>
          <st:role>Square foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Square inch per second</st:role>
          <st:value>6</st:value>
          <st:role>Square centimeter per second</st:role>
          <st:value>7</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_DIFFUSIVITY_Large">
      <st:role>Unit index for magnitude MASS_DIFFUSIVITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_DIFFUSIVITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_DIFFUSIVITY_ExtraLarge">
      <st:role>Unit index for magnitude MASS_DIFFUSIVITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_DIFFUSIVITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_DIFFUSIVITY_Small">
      <st:role>Unit index for magnitude MASS_DIFFUSIVITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_DIFFUSIVITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_DIFFUSIVITY_ExtraSmall">
      <st:role>Unit index for magnitude MASS_DIFFUSIVITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_DIFFUSIVITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_DIFFUSIVITY_Nanometric">
      <st:role>Unit index for magnitude MASS_DIFFUSIVITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_DIFFUSIVITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLOW_PER_VOLUME">
      <st:role>Mass Flow Per Volume</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per cubic meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Pascal x second per square meter</st:role>
          <st:value>2</st:value>
          <st:role>Newton x second per meter ** 4</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLOW_PER_VOLUME_Large">
      <st:role>Unit index for magnitude MASS_FLOW_PER_VOLUME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLOW_PER_VOLUME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLOW_PER_VOLUME_ExtraLarge">
      <st:role>Unit index for magnitude MASS_FLOW_PER_VOLUME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLOW_PER_VOLUME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLOW_PER_VOLUME_Small">
      <st:role>Unit index for magnitude MASS_FLOW_PER_VOLUME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLOW_PER_VOLUME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLOW_PER_VOLUME_ExtraSmall">
      <st:role>Unit index for magnitude MASS_FLOW_PER_VOLUME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLOW_PER_VOLUME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLOW_PER_VOLUME_Nanometric">
      <st:role>Unit index for magnitude MASS_FLOW_PER_VOLUME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLOW_PER_VOLUME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_SQUARE_ANGULAR_SPEED">
      <st:role>Density x square angular speed</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram x square radian per cubic meter per square second</st:role>
          <st:value>1</st:value>
          <st:role>Gram x square radian per cubic centimeter per square second</st:role>
          <st:value>2</st:value>
          <st:role>Slug x square radian per cubic foot per square second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_SQUARE_ANGULAR_SPEED_Large">
      <st:role>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_SQUARE_ANGULAR_SPEED_ExtraLarge">
      <st:role>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_SQUARE_ANGULAR_SPEED_Small">
      <st:role>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_SQUARE_ANGULAR_SPEED_ExtraSmall">
      <st:role>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_SQUARE_ANGULAR_SPEED_Nanometric">
      <st:role>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_SQUARE_ANGULAR_SPEED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ANGULAR_SPEED">
      <st:role>Density x angular speed</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram x radian per cubic meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Gram x radian per cubic centimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Slug x radian per cubic foot per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ANGULAR_SPEED_Large">
      <st:role>Unit index for magnitude DENSITY_ANGULAR_SPEED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_ANGULAR_SPEED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ANGULAR_SPEED_ExtraLarge">
      <st:role>Unit index for magnitude DENSITY_ANGULAR_SPEED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_ANGULAR_SPEED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ANGULAR_SPEED_Small">
      <st:role>Unit index for magnitude DENSITY_ANGULAR_SPEED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_ANGULAR_SPEED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ANGULAR_SPEED_ExtraSmall">
      <st:role>Unit index for magnitude DENSITY_ANGULAR_SPEED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_ANGULAR_SPEED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DENSITY_ANGULAR_SPEED_Nanometric">
      <st:role>Unit index for magnitude DENSITY_ANGULAR_SPEED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DENSITY_ANGULAR_SPEED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_SQUARE_TIME">
      <st:role>Pressure over square time</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal per square second</st:role>
          <st:value>1</st:value>
          <st:role>Kilopascal per square second</st:role>
          <st:value>2</st:value>
          <st:role>Megapascal per square second</st:role>
          <st:value>3</st:value>
          <st:role>Pound force per square inch per square second</st:role>
          <st:value>4</st:value>
          <st:role>Pound force per square foot per square second</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_SQUARE_TIME_Large">
      <st:role>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_SQUARE_TIME_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_SQUARE_TIME_Small">
      <st:role>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_SQUARE_TIME_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_OVER_SQUARE_TIME_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_OVER_SQUARE_TIME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_INTENSITY">
      <st:role>Acoustic intensity</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per cubic second</st:role>
          <st:value>2</st:value>
          <st:role>Watt per square foot</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_INTENSITY_Large">
      <st:role>Unit index for magnitude ACOUSTIC_INTENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_INTENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_INTENSITY_ExtraLarge">
      <st:role>Unit index for magnitude ACOUSTIC_INTENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_INTENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_INTENSITY_Small">
      <st:role>Unit index for magnitude ACOUSTIC_INTENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_INTENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_INTENSITY_ExtraSmall">
      <st:role>Unit index for magnitude ACOUSTIC_INTENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_INTENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ACOUSTIC_INTENSITY_Nanometric">
      <st:role>Unit index for magnitude ACOUSTIC_INTENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ACOUSTIC_INTENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_AREA">
      <st:role>Heat flux area</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt</st:role>
          <st:value>1</st:value>
          <st:role>Btu per hour</st:role>
          <st:value>2</st:value>
          <st:role>Btu per second</st:role>
          <st:value>3</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_AREA_Large">
      <st:role>Unit index for magnitude HEAT_FLUX_AREA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX_AREA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_AREA_ExtraLarge">
      <st:role>Unit index for magnitude HEAT_FLUX_AREA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX_AREA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_AREA_Small">
      <st:role>Unit index for magnitude HEAT_FLUX_AREA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX_AREA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_AREA_ExtraSmall">
      <st:role>Unit index for magnitude HEAT_FLUX_AREA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX_AREA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLUX_AREA_Nanometric">
      <st:role>Unit index for magnitude HEAT_FLUX_AREA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLUX_AREA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ARC_LENGTH">
      <st:role>Arc length</st:role>
      <st:int>
        <st:enum>
          <st:role>Millimeter</st:role>
          <st:value>1</st:value>
          <st:role>Meter</st:role>
          <st:value>2</st:value>
          <st:role>Centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Kilometer</st:role>
          <st:value>4</st:value>
          <st:role>Inch</st:role>
          <st:value>5</st:value>
          <st:role>Foot</st:role>
          <st:value>6</st:value>
          <st:role>Micrometer</st:role>
          <st:value>7</st:value>
          <st:role>Yard</st:role>
          <st:value>8</st:value>
          <st:role>Mile</st:role>
          <st:value>9</st:value>
          <st:role>Nanometer</st:role>
          <st:value>10</st:value>
          <st:role>Hectometer</st:role>
          <st:value>11</st:value>
          <st:role>Nautical mile</st:role>
          <st:value>12</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ARC_LENGTH_Large">
      <st:role>Unit index for magnitude ARC_LENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ARC_LENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ARC_LENGTH_ExtraLarge">
      <st:role>Unit index for magnitude ARC_LENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ARC_LENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ARC_LENGTH_Small">
      <st:role>Unit index for magnitude ARC_LENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ARC_LENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ARC_LENGTH_ExtraSmall">
      <st:role>Unit index for magnitude ARC_LENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ARC_LENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ARC_LENGTH_Nanometric">
      <st:role>Unit index for magnitude ARC_LENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ARC_LENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT">
      <st:role>Displacement</st:role>
      <st:int>
        <st:enum>
          <st:role>Millimeter</st:role>
          <st:value>1</st:value>
          <st:role>Meter</st:role>
          <st:value>2</st:value>
          <st:role>Centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Kilometer</st:role>
          <st:value>4</st:value>
          <st:role>Inch</st:role>
          <st:value>5</st:value>
          <st:role>Foot</st:role>
          <st:value>6</st:value>
          <st:role>Micrometer</st:role>
          <st:value>7</st:value>
          <st:role>Yard</st:role>
          <st:value>8</st:value>
          <st:role>Mile</st:role>
          <st:value>9</st:value>
          <st:role>Nanometer</st:role>
          <st:value>10</st:value>
          <st:role>Hectometer</st:role>
          <st:value>11</st:value>
          <st:role>Nautical mile</st:role>
          <st:value>12</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_Large">
      <st:role>Unit index for magnitude DISPLACEMENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_ExtraLarge">
      <st:role>Unit index for magnitude DISPLACEMENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_Small">
      <st:role>Unit index for magnitude DISPLACEMENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_ExtraSmall">
      <st:role>Unit index for magnitude DISPLACEMENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="DISPLACEMENT_Nanometric">
      <st:role>Unit index for magnitude DISPLACEMENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude DISPLACEMENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THICKNESS">
      <st:role>Thickness</st:role>
      <st:int>
        <st:enum>
          <st:role>Millimeter</st:role>
          <st:value>1</st:value>
          <st:role>Meter</st:role>
          <st:value>2</st:value>
          <st:role>Centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Kilometer</st:role>
          <st:value>4</st:value>
          <st:role>Inch</st:role>
          <st:value>5</st:value>
          <st:role>Foot</st:role>
          <st:value>6</st:value>
          <st:role>Micrometer</st:role>
          <st:value>7</st:value>
          <st:role>Yard</st:role>
          <st:value>8</st:value>
          <st:role>Mile</st:role>
          <st:value>9</st:value>
          <st:role>Nanometer</st:role>
          <st:value>10</st:value>
          <st:role>Hectometer</st:role>
          <st:value>11</st:value>
          <st:role>Nautical mile</st:role>
          <st:value>12</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THICKNESS_Large">
      <st:role>Unit index for magnitude THICKNESS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude THICKNESS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THICKNESS_ExtraLarge">
      <st:role>Unit index for magnitude THICKNESS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude THICKNESS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THICKNESS_Small">
      <st:role>Unit index for magnitude THICKNESS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude THICKNESS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THICKNESS_ExtraSmall">
      <st:role>Unit index for magnitude THICKNESS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude THICKNESS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="THICKNESS_Nanometric">
      <st:role>Unit index for magnitude THICKNESS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude THICKNESS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS">
      <st:role>Stress</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Pascal</st:role>
          <st:value>2</st:value>
          <st:role>Lb.force per square inch</st:role>
          <st:value>3</st:value>
          <st:role>Bar Absolute</st:role>
          <st:value>4</st:value>
          <st:role>Bar Gauge</st:role>
          <st:value>5</st:value>
          <st:role>miliPascal</st:role>
          <st:value>6</st:value>
          <st:role>kiloPascal</st:role>
          <st:value>7</st:value>
          <st:role>Tonne per millimeter x square second</st:role>
          <st:value>8</st:value>
          <st:role>Kilogram per millimeter x square second</st:role>
          <st:value>9</st:value>
          <st:role>Megapascal</st:role>
          <st:value>10</st:value>
          <st:role>Gigapascal</st:role>
          <st:value>11</st:value>
          <st:role>Kilogram force per square centimeter</st:role>
          <st:value>12</st:value>
          <st:role>Kilogram force per square millimeter</st:role>
          <st:value>13</st:value>
          <st:role>Pound force per square foot</st:role>
          <st:value>14</st:value>
          <st:role>Dyne per square centimeter</st:role>
          <st:value>15</st:value>
          <st:role>Hectobara</st:role>
          <st:value>16</st:value>
          <st:role>Inch of mercury</st:role>
          <st:value>17</st:value>
          <st:role>Millimeter of mercury</st:role>
          <st:value>18</st:value>
          <st:role>Millibara</st:role>
          <st:value>19</st:value>
          <st:role>Newton per square millimeter</st:role>
          <st:value>20</st:value>
          <st:role>DecaNewton per square centimeter</st:role>
          <st:value>21</st:value>
          <st:role>Millibar Gauge</st:role>
          <st:value>22</st:value>
          <st:role>Psi Gauge</st:role>
          <st:value>23</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_Large">
      <st:role>Unit index for magnitude STRESS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_ExtraLarge">
      <st:role>Unit index for magnitude STRESS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_Small">
      <st:role>Unit index for magnitude STRESS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_ExtraSmall">
      <st:role>Unit index for magnitude STRESS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_Nanometric">
      <st:role>Unit index for magnitude STRESS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TURBULENT_ENERGY_DISSIPATION_RATE">
      <st:role>Turbulent energy dissipation rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per kilogram per second</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TURBULENT_ENERGY_DISSIPATION_RATE_Large">
      <st:role>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TURBULENT_ENERGY_DISSIPATION_RATE_ExtraLarge">
      <st:role>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TURBULENT_ENERGY_DISSIPATION_RATE_Small">
      <st:role>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TURBULENT_ENERGY_DISSIPATION_RATE_ExtraSmall">
      <st:role>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TURBULENT_ENERGY_DISSIPATION_RATE_Nanometric">
      <st:role>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TURBULENT_ENERGY_DISSIPATION_RATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_RELEASE_RATE">
      <st:role>Energy release rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Newton per meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Pound Force per foot</st:role>
          <st:value>3</st:value>
          <st:role>Pound Force per inch</st:role>
          <st:value>4</st:value>
          <st:role>Dyne per centimeter</st:role>
          <st:value>5</st:value>
          <st:role>MicroNewton per millimeter</st:role>
          <st:value>6</st:value>
          <st:role>Decanewton per millimeter</st:role>
          <st:value>7</st:value>
          <st:role>Kilo newton per meter</st:role>
          <st:value>8</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_RELEASE_RATE_Large">
      <st:role>Unit index for magnitude ENERGY_RELEASE_RATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_RELEASE_RATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_RELEASE_RATE_ExtraLarge">
      <st:role>Unit index for magnitude ENERGY_RELEASE_RATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_RELEASE_RATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_RELEASE_RATE_Small">
      <st:role>Unit index for magnitude ENERGY_RELEASE_RATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_RELEASE_RATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_RELEASE_RATE_ExtraSmall">
      <st:role>Unit index for magnitude ENERGY_RELEASE_RATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_RELEASE_RATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_RELEASE_RATE_Nanometric">
      <st:role>Unit index for magnitude ENERGY_RELEASE_RATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_RELEASE_RATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_PER_LENGTH">
      <st:role>Force per length</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square second</st:role>
          <st:value>1</st:value>
          <st:role>Tonne per square second</st:role>
          <st:value>2</st:value>
          <st:role>Pound per square second</st:role>
          <st:value>3</st:value>
          <st:role>Newton per meter</st:role>
          <st:value>4</st:value>
          <st:role>Newton per millimeter</st:role>
          <st:value>5</st:value>
          <st:role>Decanewton per millimeter</st:role>
          <st:value>6</st:value>
          <st:role>Decanewton per centimeter</st:role>
          <st:value>7</st:value>
          <st:role>Pound Force per foot</st:role>
          <st:value>8</st:value>
          <st:role>Pound Force per inch</st:role>
          <st:value>9</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_PER_LENGTH_Large">
      <st:role>Unit index for magnitude FORCE_PER_LENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_PER_LENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_PER_LENGTH_ExtraLarge">
      <st:role>Unit index for magnitude FORCE_PER_LENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_PER_LENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_PER_LENGTH_Small">
      <st:role>Unit index for magnitude FORCE_PER_LENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_PER_LENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_PER_LENGTH_ExtraSmall">
      <st:role>Unit index for magnitude FORCE_PER_LENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_PER_LENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FORCE_PER_LENGTH_Nanometric">
      <st:role>Unit index for magnitude FORCE_PER_LENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FORCE_PER_LENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_DENSITY">
      <st:role>Energy generated per unit volume</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>Newton per square meter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_DENSITY_Large">
      <st:role>Unit index for magnitude HEAT_GENERATION_DENSITY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_DENSITY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_DENSITY_ExtraLarge">
      <st:role>Unit index for magnitude HEAT_GENERATION_DENSITY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_DENSITY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_DENSITY_Small">
      <st:role>Unit index for magnitude HEAT_GENERATION_DENSITY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_DENSITY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_DENSITY_ExtraSmall">
      <st:role>Unit index for magnitude HEAT_GENERATION_DENSITY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_DENSITY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_GENERATION_DENSITY_Nanometric">
      <st:role>Unit index for magnitude HEAT_GENERATION_DENSITY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_GENERATION_DENSITY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLUX">
      <st:role>Magnitude of mass concentration flux (flow per unit area) vector</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square millimeter per second</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per square millimeter per second</st:role>
          <st:value>3</st:value>
          <st:role>Pound per second per square inch</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLUX_Large">
      <st:role>Unit index for magnitude MASS_FLUX in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLUX in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLUX_ExtraLarge">
      <st:role>Unit index for magnitude MASS_FLUX in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLUX in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLUX_Small">
      <st:role>Unit index for magnitude MASS_FLUX in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLUX in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLUX_ExtraSmall">
      <st:role>Unit index for magnitude MASS_FLUX in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLUX in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FLUX_Nanometric">
      <st:role>Unit index for magnitude MASS_FLUX in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FLUX in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OMEGA_SQUARED">
      <st:role>Eigenvalue of vibration</st:role>
      <st:int>
        <st:enum>
          <st:role>Square hertz</st:role>
          <st:value>1</st:value>
          <st:role>Square kilohertz</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OMEGA_SQUARED_Large">
      <st:role>Unit index for magnitude OMEGA_SQUARED in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude OMEGA_SQUARED in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OMEGA_SQUARED_ExtraLarge">
      <st:role>Unit index for magnitude OMEGA_SQUARED in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude OMEGA_SQUARED in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OMEGA_SQUARED_Small">
      <st:role>Unit index for magnitude OMEGA_SQUARED in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude OMEGA_SQUARED in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OMEGA_SQUARED_ExtraSmall">
      <st:role>Unit index for magnitude OMEGA_SQUARED in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude OMEGA_SQUARED in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="OMEGA_SQUARED_Nanometric">
      <st:role>Unit index for magnitude OMEGA_SQUARED in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude OMEGA_SQUARED in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_GRADIENT">
      <st:role>Pressure gradient</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square second per square meter</st:role>
          <st:value>1</st:value>
          <st:role>Kilogram per square second per square millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Tonne per square second per square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Pound per square second per square inch</st:role>
          <st:value>4</st:value>
          <st:role>Pascal per meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_GRADIENT_Large">
      <st:role>Unit index for magnitude PRESSURE_GRADIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_GRADIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_GRADIENT_ExtraLarge">
      <st:role>Unit index for magnitude PRESSURE_GRADIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_GRADIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_GRADIENT_Small">
      <st:role>Unit index for magnitude PRESSURE_GRADIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_GRADIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_GRADIENT_ExtraSmall">
      <st:role>Unit index for magnitude PRESSURE_GRADIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_GRADIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="PRESSURE_GRADIENT_Nanometric">
      <st:role>Unit index for magnitude PRESSURE_GRADIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude PRESSURE_GRADIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TWIST">
      <st:role>Twist</st:role>
      <st:int>
        <st:enum>
          <st:role>Radian per meter</st:role>
          <st:value>1</st:value>
          <st:role>Radian per millimeter</st:role>
          <st:value>2</st:value>
          <st:role>Radian per centimeter</st:role>
          <st:value>3</st:value>
          <st:role>Radian per inch</st:role>
          <st:value>4</st:value>
          <st:role>Radian per foot</st:role>
          <st:value>5</st:value>
          <st:role>Turn per meter</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TWIST_Large">
      <st:role>Unit index for magnitude TWIST in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TWIST in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TWIST_ExtraLarge">
      <st:role>Unit index for magnitude TWIST in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TWIST in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TWIST_Small">
      <st:role>Unit index for magnitude TWIST in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TWIST in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TWIST_ExtraSmall">
      <st:role>Unit index for magnitude TWIST in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TWIST in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TWIST_Nanometric">
      <st:role>Unit index for magnitude TWIST in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TWIST in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA">
      <st:role>Time integrated electric current per area</st:role>
      <st:int>
        <st:enum>
          <st:role>Coulomb per square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA_Large">
      <st:role>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA_ExtraLarge">
      <st:role>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA_Small">
      <st:role>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA_ExtraSmall">
      <st:role>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA_Nanometric">
      <st:role>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TIME_INTEGRATED_ELECTRIC_CURRENT_PER_AREA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLOW_PER_VOLUME">
      <st:role>Heat flow per volume</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per cubic meter</st:role>
          <st:value>1</st:value>
          <st:role>British thermal unit per hour per cubic foot</st:role>
          <st:value>2</st:value>
          <st:role>Erg per cubic centimeter per second</st:role>
          <st:value>3</st:value>
          <st:role>Watt per cubic millimeter</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLOW_PER_VOLUME_Large">
      <st:role>Unit index for magnitude HEAT_FLOW_PER_VOLUME in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLOW_PER_VOLUME in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLOW_PER_VOLUME_ExtraLarge">
      <st:role>Unit index for magnitude HEAT_FLOW_PER_VOLUME in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLOW_PER_VOLUME in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLOW_PER_VOLUME_Small">
      <st:role>Unit index for magnitude HEAT_FLOW_PER_VOLUME in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLOW_PER_VOLUME in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLOW_PER_VOLUME_ExtraSmall">
      <st:role>Unit index for magnitude HEAT_FLOW_PER_VOLUME in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLOW_PER_VOLUME in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HEAT_FLOW_PER_VOLUME_Nanometric">
      <st:role>Unit index for magnitude HEAT_FLOW_PER_VOLUME in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HEAT_FLOW_PER_VOLUME in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUND_PRESSURE_LEVEL">
      <st:role>Sound pressure level</st:role>
      <st:int>
        <st:enum>
          <st:role>Decibel</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUND_PRESSURE_LEVEL_Large">
      <st:role>Unit index for magnitude SOUND_PRESSURE_LEVEL in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUND_PRESSURE_LEVEL in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUND_PRESSURE_LEVEL_ExtraLarge">
      <st:role>Unit index for magnitude SOUND_PRESSURE_LEVEL in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUND_PRESSURE_LEVEL in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUND_PRESSURE_LEVEL_Small">
      <st:role>Unit index for magnitude SOUND_PRESSURE_LEVEL in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUND_PRESSURE_LEVEL in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUND_PRESSURE_LEVEL_ExtraSmall">
      <st:role>Unit index for magnitude SOUND_PRESSURE_LEVEL in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUND_PRESSURE_LEVEL in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SOUND_PRESSURE_LEVEL_Nanometric">
      <st:role>Unit index for magnitude SOUND_PRESSURE_LEVEL in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SOUND_PRESSURE_LEVEL in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_E_ABSORPTION_RATE">
      <st:role>Specific Electrical Energy Absorption Rate</st:role>
      <st:int>
        <st:enum>
          <st:role>Watt per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Watt per gram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_E_ABSORPTION_RATE_Large">
      <st:role>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_E_ABSORPTION_RATE_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_E_ABSORPTION_RATE_Small">
      <st:role>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_E_ABSORPTION_RATE_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_E_ABSORPTION_RATE_Nanometric">
      <st:role>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_E_ABSORPTION_RATE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_PER_AREA">
      <st:role>Energy per area</st:role>
      <st:int>
        <st:enum>
          <st:role>Joule per square meter</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_PER_AREA_Large">
      <st:role>Unit index for magnitude ENERGY_PER_AREA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_PER_AREA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_PER_AREA_ExtraLarge">
      <st:role>Unit index for magnitude ENERGY_PER_AREA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_PER_AREA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_PER_AREA_Small">
      <st:role>Unit index for magnitude ENERGY_PER_AREA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_PER_AREA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_PER_AREA_ExtraSmall">
      <st:role>Unit index for magnitude ENERGY_PER_AREA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_PER_AREA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ENERGY_PER_AREA_Nanometric">
      <st:role>Unit index for magnitude ENERGY_PER_AREA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ENERGY_PER_AREA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYDRODYNAMIC_RESISTANCE_COEFFICIENT">
      <st:role>Hydrodynamic resistance coefficient</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter per kilogram</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYDRODYNAMIC_RESISTANCE_COEFFICIENT_Large">
      <st:role>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYDRODYNAMIC_RESISTANCE_COEFFICIENT_ExtraLarge">
      <st:role>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYDRODYNAMIC_RESISTANCE_COEFFICIENT_Small">
      <st:role>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYDRODYNAMIC_RESISTANCE_COEFFICIENT_ExtraSmall">
      <st:role>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYDRODYNAMIC_RESISTANCE_COEFFICIENT_Nanometric">
      <st:role>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HYDRODYNAMIC_RESISTANCE_COEFFICIENT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_PER_LENGTH">
      <st:role>Moment per length</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter x kilogram per square second</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter x kilogram per square second</st:role>
          <st:value>2</st:value>
          <st:role>Millimeter x tonne per square second</st:role>
          <st:value>3</st:value>
          <st:role>Inch x pound per square second</st:role>
          <st:value>4</st:value>
          <st:role>Newton meter per meter</st:role>
          <st:value>5</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_PER_LENGTH_Large">
      <st:role>Unit index for magnitude MOMENT_PER_LENGTH in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_PER_LENGTH in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_PER_LENGTH_ExtraLarge">
      <st:role>Unit index for magnitude MOMENT_PER_LENGTH in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_PER_LENGTH in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_PER_LENGTH_Small">
      <st:role>Unit index for magnitude MOMENT_PER_LENGTH in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_PER_LENGTH in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_PER_LENGTH_ExtraSmall">
      <st:role>Unit index for magnitude MOMENT_PER_LENGTH in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_PER_LENGTH in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MOMENT_PER_LENGTH_Nanometric">
      <st:role>Unit index for magnitude MOMENT_PER_LENGTH in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MOMENT_PER_LENGTH in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUIETNESS_INDEX">
      <st:role>Quietness Index</st:role>
      <st:int>
        <st:enum>
          <st:role>Decibel of Quietness</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUIETNESS_INDEX_Large">
      <st:role>Unit index for magnitude QUIETNESS_INDEX in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude QUIETNESS_INDEX in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUIETNESS_INDEX_ExtraLarge">
      <st:role>Unit index for magnitude QUIETNESS_INDEX in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude QUIETNESS_INDEX in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUIETNESS_INDEX_Small">
      <st:role>Unit index for magnitude QUIETNESS_INDEX in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude QUIETNESS_INDEX in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUIETNESS_INDEX_ExtraSmall">
      <st:role>Unit index for magnitude QUIETNESS_INDEX in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude QUIETNESS_INDEX in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="QUIETNESS_INDEX_Nanometric">
      <st:role>Unit index for magnitude QUIETNESS_INDEX in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude QUIETNESS_INDEX in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACIC_DAMPING_CONSTANT">
      <st:role>Surfacic Damping Constant</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per square meter per second</st:role>
          <st:value>1</st:value>
          <st:role>Tonne per second per square meter</st:role>
          <st:value>2</st:value>
          <st:role>Pound per second per square meter</st:role>
          <st:value>3</st:value>
          <st:role>Newton over cubic meter per second</st:role>
          <st:value>4</st:value>
          <st:role>Pound force over cubic foot per second</st:role>
          <st:value>5</st:value>
          <st:role>Pound force over cubic inch per second</st:role>
          <st:value>6</st:value>
          <st:role>Dyne over cubic centimeter per second</st:role>
          <st:value>7</st:value>
          <st:role>MicroNewton over cubic millimeter per second</st:role>
          <st:value>8</st:value>
          <st:role>Newton over cubic millimeter per second</st:role>
          <st:value>9</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACIC_DAMPING_CONSTANT_Large">
      <st:role>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACIC_DAMPING_CONSTANT_ExtraLarge">
      <st:role>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACIC_DAMPING_CONSTANT_Small">
      <st:role>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACIC_DAMPING_CONSTANT_ExtraSmall">
      <st:role>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SURFACIC_DAMPING_CONSTANT_Nanometric">
      <st:role>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SURFACIC_DAMPING_CONSTANT in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FRACTION">
      <st:role>Mass Fraction</st:role>
      <st:int>
        <st:enum>
          <st:role>Gram per gram</st:role>
          <st:value>1</st:value>
          <st:role>Gram per hectogram</st:role>
          <st:value>2</st:value>
          <st:role>Gram per kilogram</st:role>
          <st:value>3</st:value>
          <st:role>Milligram per gram</st:role>
          <st:value>4</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FRACTION_Large">
      <st:role>Unit index for magnitude MASS_FRACTION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FRACTION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FRACTION_ExtraLarge">
      <st:role>Unit index for magnitude MASS_FRACTION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FRACTION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FRACTION_Small">
      <st:role>Unit index for magnitude MASS_FRACTION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FRACTION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FRACTION_ExtraSmall">
      <st:role>Unit index for magnitude MASS_FRACTION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FRACTION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="MASS_FRACTION_Nanometric">
      <st:role>Unit index for magnitude MASS_FRACTION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude MASS_FRACTION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_SURFACE_AREA">
      <st:role>Specific Surface Area</st:role>
      <st:int>
        <st:enum>
          <st:role>Square meter per kilogram</st:role>
          <st:value>1</st:value>
          <st:role>Square meter per gram</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_SURFACE_AREA_Large">
      <st:role>Unit index for magnitude SPECIFIC_SURFACE_AREA in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_SURFACE_AREA in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_SURFACE_AREA_ExtraLarge">
      <st:role>Unit index for magnitude SPECIFIC_SURFACE_AREA in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_SURFACE_AREA in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_SURFACE_AREA_Small">
      <st:role>Unit index for magnitude SPECIFIC_SURFACE_AREA in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_SURFACE_AREA in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_SURFACE_AREA_ExtraSmall">
      <st:role>Unit index for magnitude SPECIFIC_SURFACE_AREA in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_SURFACE_AREA in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="SPECIFIC_SURFACE_AREA_Nanometric">
      <st:role>Unit index for magnitude SPECIFIC_SURFACE_AREA in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude SPECIFIC_SURFACE_AREA in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEAR_MASS_DENSITY_OF_FIBERS">
      <st:role>Linear mass density of fibers</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per meter</st:role>
          <st:value>1</st:value>
          <st:role>Tex</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEAR_MASS_DENSITY_OF_FIBERS_Large">
      <st:role>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEAR_MASS_DENSITY_OF_FIBERS_ExtraLarge">
      <st:role>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEAR_MASS_DENSITY_OF_FIBERS_Small">
      <st:role>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEAR_MASS_DENSITY_OF_FIBERS_ExtraSmall">
      <st:role>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="LINEAR_MASS_DENSITY_OF_FIBERS_Nanometric">
      <st:role>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude LINEAR_MASS_DENSITY_OF_FIBERS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HARDNESS">
      <st:role>Hardness</st:role>
      <st:int>
        <st:enum>
          <st:role>Kilogram per meter per square second</st:role>
          <st:value>1</st:value>
          <st:role>Vickers</st:role>
          <st:value>2</st:value>
          <st:role>Kilogram force per square millimeter</st:role>
          <st:value>3</st:value>
          <st:role>Newton per square millimeter</st:role>
          <st:value>4</st:value>
          <st:role>Megapascal</st:role>
          <st:value>5</st:value>
          <st:role>Gigapascal</st:role>
          <st:value>6</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HARDNESS_Large">
      <st:role>Unit index for magnitude HARDNESS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HARDNESS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HARDNESS_ExtraLarge">
      <st:role>Unit index for magnitude HARDNESS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HARDNESS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HARDNESS_Small">
      <st:role>Unit index for magnitude HARDNESS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HARDNESS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HARDNESS_ExtraSmall">
      <st:role>Unit index for magnitude HARDNESS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HARDNESS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HARDNESS_Nanometric">
      <st:role>Unit index for magnitude HARDNESS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HARDNESS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSMISSION">
      <st:role>Transmission</st:role>
      <st:int>
        <st:enum>
          <st:role>None</st:role>
          <st:value>1</st:value>
          <st:role>Percentage</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSMISSION_Large">
      <st:role>Unit index for magnitude TRANSMISSION in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSMISSION in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSMISSION_ExtraLarge">
      <st:role>Unit index for magnitude TRANSMISSION in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSMISSION in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSMISSION_Small">
      <st:role>Unit index for magnitude TRANSMISSION in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSMISSION in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSMISSION_ExtraSmall">
      <st:role>Unit index for magnitude TRANSMISSION in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSMISSION in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="TRANSMISSION_Nanometric">
      <st:role>Unit index for magnitude TRANSMISSION in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude TRANSMISSION in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_FRONT_ERROR">
      <st:role>Wave Front Error</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter</st:role>
          <st:value>1</st:value>
          <st:role>Nanometer</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_FRONT_ERROR_Large">
      <st:role>Unit index for magnitude WAVE_FRONT_ERROR in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_FRONT_ERROR in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_FRONT_ERROR_ExtraLarge">
      <st:role>Unit index for magnitude WAVE_FRONT_ERROR in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_FRONT_ERROR in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_FRONT_ERROR_Small">
      <st:role>Unit index for magnitude WAVE_FRONT_ERROR in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_FRONT_ERROR in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_FRONT_ERROR_ExtraSmall">
      <st:role>Unit index for magnitude WAVE_FRONT_ERROR in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_FRONT_ERROR in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="WAVE_FRONT_ERROR_Nanometric">
      <st:role>Unit index for magnitude WAVE_FRONT_ERROR in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude WAVE_FRONT_ERROR in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROUGHNESS">
      <st:role>Roughness</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter</st:role>
          <st:value>1</st:value>
          <st:role>Micrometer</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROUGHNESS_Large">
      <st:role>Unit index for magnitude ROUGHNESS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude ROUGHNESS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROUGHNESS_ExtraLarge">
      <st:role>Unit index for magnitude ROUGHNESS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude ROUGHNESS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROUGHNESS_Small">
      <st:role>Unit index for magnitude ROUGHNESS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude ROUGHNESS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROUGHNESS_ExtraSmall">
      <st:role>Unit index for magnitude ROUGHNESS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude ROUGHNESS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="ROUGHNESS_Nanometric">
      <st:role>Unit index for magnitude ROUGHNESS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude ROUGHNESS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLATNESS">
      <st:role>Flatness</st:role>
      <st:int>
        <st:enum>
          <st:role>Meter</st:role>
          <st:value>1</st:value>
          <st:role>Millimeter</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLATNESS_Large">
      <st:role>Unit index for magnitude FLATNESS in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FLATNESS in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLATNESS_ExtraLarge">
      <st:role>Unit index for magnitude FLATNESS in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FLATNESS in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLATNESS_Small">
      <st:role>Unit index for magnitude FLATNESS in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FLATNESS in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLATNESS_ExtraSmall">
      <st:role>Unit index for magnitude FLATNESS in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FLATNESS in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FLATNESS_Nanometric">
      <st:role>Unit index for magnitude FLATNESS in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FLATNESS in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYGROMETRY">
      <st:role>Hygrometry</st:role>
      <st:int>
        <st:enum>
          <st:role>None</st:role>
          <st:value>1</st:value>
          <st:role>Percentage</st:role>
          <st:value>2</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYGROMETRY_Large">
      <st:role>Unit index for magnitude HYGROMETRY in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude HYGROMETRY in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYGROMETRY_ExtraLarge">
      <st:role>Unit index for magnitude HYGROMETRY in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude HYGROMETRY in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYGROMETRY_Small">
      <st:role>Unit index for magnitude HYGROMETRY in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude HYGROMETRY in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYGROMETRY_ExtraSmall">
      <st:role>Unit index for magnitude HYGROMETRY in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude HYGROMETRY in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="HYGROMETRY_Nanometric">
      <st:role>Unit index for magnitude HYGROMETRY in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude HYGROMETRY in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_NOISE">
      <st:role>Frequency (Noise)</st:role>
      <st:int>
        <st:enum>
          <st:role>Decibel</st:role>
          <st:value>1</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_NOISE_Large">
      <st:role>Unit index for magnitude FREQUENCY_NOISE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY_NOISE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_NOISE_ExtraLarge">
      <st:role>Unit index for magnitude FREQUENCY_NOISE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY_NOISE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_NOISE_Small">
      <st:role>Unit index for magnitude FREQUENCY_NOISE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY_NOISE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_NOISE_ExtraSmall">
      <st:role>Unit index for magnitude FREQUENCY_NOISE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY_NOISE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="FREQUENCY_NOISE_Nanometric">
      <st:role>Unit index for magnitude FREQUENCY_NOISE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude FREQUENCY_NOISE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_OVER_SQUARE_TEMPERATURE">
      <st:role>Stress over square temperature</st:role>
      <st:int>
        <st:enum>
          <st:role>Pascal per square Kelvin</st:role>
          <st:value>1</st:value>
          <st:role>Pascal per square Fahrenheit degree</st:role>
          <st:value>2</st:value>
          <st:role>Megapascal per square Kelvin</st:role>
          <st:value>3</st:value>
          <st:role>Megapascal per square Fahrenheit degree</st:role>
          <st:value>4</st:value>
          <st:role>Millipascal per square Kelvin</st:role>
          <st:value>5</st:value>
          <st:role>Millipascal per square Fahrenheit degree</st:role>
          <st:value>6</st:value>
          <st:role>Kilopascal per square Kelvin</st:role>
          <st:value>7</st:value>
          <st:role>Kilopascal per square Fahrenheit degree</st:role>
          <st:value>8</st:value>
          <st:role>Gigapascal per square Kelvin</st:role>
          <st:value>9</st:value>
          <st:role>Gigapascal per square Fahrenheit degree</st:role>
          <st:value>10</st:value>
          <st:role>Psi per square Kelvin</st:role>
          <st:value>11</st:value>
          <st:role>Psi per square Fahrenheit degree</st:role>
          <st:value>12</st:value>
        </st:enum>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_OVER_SQUARE_TEMPERATURE_Large">
      <st:role>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in Large scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in Large scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_OVER_SQUARE_TEMPERATURE_ExtraLarge">
      <st:role>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in ExtraLarge scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in ExtraLarge scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_OVER_SQUARE_TEMPERATURE_Small">
      <st:role>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in Small scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in Small scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_OVER_SQUARE_TEMPERATURE_ExtraSmall">
      <st:role>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in ExtraSmall scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in ExtraSmall scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
    <st:attribute Name="STRESS_OVER_SQUARE_TEMPERATURE_Nanometric">
      <st:role>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in Nanometric scale</st:role>
      <st:detailedRole>Unit index for magnitude STRESS_OVER_SQUARE_TEMPERATURE in Nanometric scale</st:detailedRole>
      <st:int>
        <st:default>
          <st:value>1</st:value>
        </st:default>
      </st:int>
    </st:attribute>
  </st:attributes>
</st:repository>
